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Preface

SHM! is defined as the process of acquiring and analysing data from on-board sensors to evaluate the health of a structure. The main characteristic inherent to any SHM system is that sensors are embedded or permanently attached to the structure. This characteristic enables the main advantage of SHM compared to Non-Destructive Testing (NDT): the inspection process can be automated, without disassembly, thus providing large savings in expected maintenance costs (reductions of up to 60% are foreseen in aircraft maintenance costs, and similarly for bridges and other infrastructures).

The European Workshop on Structural Health Monitoring Series (EWSHM) started in 2002 and has grown significantly, over the years, to become the strong counterpart to the International Workshop on SHM (IWSHM) held in Stanford, CA every other year. A total of 393 scientific contributions will be presented during the Conference, including 11 Keynotes, oral communications and posters. This Program includes a detailed list of the presentations, a daily schedule and the list of companies/institutions participating in the Technical Exhibition. Additionally, you can access all this information through our app at: www.ndt.net/app.EWSHM2016, which includes the last minute changes, and also offers an interactive platform to get full information on every paper, and News. All conference papers will be published Open Access at NDT.net (e-journal of Non-destructive Testing ISSN 1435-4934) and in e-Proceedings.

Prognosis,!or the process of forecasting the remaining useful life of a structure, is closely linked to Diagnosis,!or the evaluation of the structural health, the main objective for SHM. Both concepts can differ in the tools they use: prognosis is mainly focused on statistical analysis whilst diagnosis is more related to sensors, signal processing and algorithms for damage identification. However, the relationship between both concepts and synergies potential are very strong. Due to this, this Conference is being held in parallel (as in other occasions) with the 3rd!European Conference of the Prognosis and Health Management Society (6-8 July). Apart from sharing the Conference Center and social events, all participants registered for one of the two Conferences may attend the presentations of both Conferences.

EWSHM 2016 will take place in the city of Bilbao, in the North of Spain. Bilbao has evolved to become one of the most vibrant and creative cities in Europe. It is a business hub with world-class facilities, including a modern airport with many connecting flights to main European cities, and is home to some of Spain’s largest corporations. The city provides a fascinating tourism experience with its unique combination of Basque heritage and futuristic architecture and design.!The Conference will be held at the!Euskalduna Conference Centre and Concert Hall, which is located near the Guggenheim Museum and the Iberdrola Tower, in the newest part of the city.

We acknowledge the high quality of the authors’ contributions, the Scientific Committee members’ careful revisions and the tireless activity of the Local Committee members. We also want to recognize the significant support from all the Sponsoring Organizations and Exhibitors.

We hope this Conference will satisfy your expectations and open new!opportunities for collaboration and sharing of ideas with your peers.

The EWSHM 2016 Conference Chairmen,

!Prof. Alfredo Güemes, Dpt Aeronautics, Polytechnic University of MadridProf. Gerardo Aranguren, Dpt Electronics, University of Basque CountryDr. Fernando Martinez, Dpt of Sensors, IK4- Ikerlan R&D Centre!

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At-a-Glance

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Tuesday, July 5th - 9:00Design of Multifunctional Structural Batteries with Health Monitoring Capabilities, Prof. Fu-Kuo Chang, Stanford University, USA

Dr. Fu-Kuo Chang is professor at the Aeronautics and Astronautics Dpt, Stanford University, California. His primary research interest is in the areas of multi-functional materials and intelligent structures with particular emphases on structural health monitoring, intelligent self-sensing diagnostics, and integrated health management for space and aircraft structures as well safety-critical assets and medical devices. He has been recipient of many scientific awards, among them the Structural Health Monitoring (SHM) Lifetime Achievement Award, The Boeing Company (2004), and Life-Time Achievement Award, SPIE NDE/SHM (2010). He is the Editor-in-Chief of Int. J. of Structural Health Monitoring.

Tuesday, July 5th - 9:30Self-sufficient and self-contained sensing for local monitoring of in-situ bridge structures, Prof. Hoon Soon, KAIST

Prof. Hoon Sohn is a professor at KAIST, Korea Advanced Institute of Science & Technology. Over last twenty years, his research interest has been in the areas of structural health monitoring, nondestructive testing, ultrasonics and sensing technologies. He has published over 120 refereed journal articles, 280 conference proceedings, 10 book & book chapters, and 39 patents. He was the recipient of 2011 SHM Person-of-Year Award and 2008 Young Scientists Award in Korea.

Wednesday, July 6th - 8:30Towards a Risk-Based Design Paradigm for Structural Health Monitoring Systems, Prof. Michael Todd, UCSD, USA

Professor and Vice Chair of Structural Engineering, University of California San Diego and Campus Director of the Los Alamos/UCSD Engineering Institute. He runs a diverse SHM-based research program in ultrasonics, uncertainty quantification, fiber optic sensing, wireless powering/networking, time series modeling, statistical signal processing, and nonlinear dynamics/mechanics. !He has published over 110 journal articles, 400 other proceedings, and 6 book chapters, and he won the 2005 SHM Person-of-the-Year Award, was a 2004 UCSD Von Liebig Entrepreneurial Fellow, and a 2009 Benjamin Meaker Fellow at University of Bristol, UK.

Wednesday, July 6th - 9:00Wind Turbine Monitoring for Control Versions Comparison, Juan Carlos Perez-Campion, Iberdrola Spain

Keynotes

Mr. Perez Campion has 18 year experience in wind energy. He began his career with Gamesa Eólica in 1999 working in the Engineering Department as head of the Control and Regulation team. In this role he lead the design and implementation of control strategy for G5X and G8X wind turbines, regulation strategies for substations (Reactive and Voltage wind farms controllers) and he carried out multiple studies to meet the requirements described in the Grid Codes in several countries. In 2006 Juan Carlos joined Iberdrola Renovables in Madrid as head of the Control and Grid Integration team. He has been involved in a variety of projects such as new software control validations designs, wind turbine due diligences in onshore and offshore wind farms, wind energy integration, new Scadas designs, impact of Sub-synchronous resonances in wind farms and monitoring projects in wind turbines. He has leaded projects granted by the European Commission such as Wind on The Grid and Twenties. Currently he is involved in MBA program of the Strathclyde Business School and Comillas University.

Thursday, July 7th - 8:30Nonlinear Acoustics for Structural Health Monitoring – Classical .vs. Non-Classical Approaches, Prof. W. Staszewski, AGH Univ., Poland

Wieslaw J. Staszewski is a Professor of Mechanical Engineering in the Department of Robotics and Mechatronics at the AGH University of Science and Technology in Krakow, Poland.! His research interest covers various aspects related to structural dynamics, structural health monitoring and smart structures/materials.! He has authored over 420 research publications including 21 book contributions, and over 150 peer-reviewed journal articles. Prof. Staszewski is an Associate Editor of Structural Health Monitoring, Structural Control & Health Monitoring and Smart Materials and Structures.

Thursday, July 7th - 16:30Aircraft Engine Advanced Health Management: The Power of the Foresee, Dr. Iñaki Ulizar, ITP, Spain

Dr. Ulizar is responsible for all the Engineering and Technology activities within the ITP Group. He joined ITP in 1994, and has taken diferent responsibilities in the company, as Aerodynamics Team Leader (1996 – 1999), Head of Aerothermal and System Department (1999 – 2002), Chief Engineer for Research and Technology Projects (2002 – 2005), Director of Technology development (2005 – 2007) to his current position as Technical Director /Chief Technology Officer. He holds an MsC degree in Aeronautical Engineering by Univ. Politecnica Madrid, a MSc in Mechanical Engineering (Thermal Power) from Cranfield Institute of Technology (1992), awarded with the Roy Feeden Prize, and a PhD in Mechanical Engineering from Cranfield

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University in the field of advanced innovative cycles for CO2 reductions. Member of several scientific societies, as the ASME, as Chairman of the Cycle Innovation Committee, and Spanish representative in the ISABE (International Society for Air Breathing Engines): 2001 – 2013.

Thursday, July 7th - 17:00Aspects of automatic flying with lessons learnt from Barracuda, Thomas Gottmann, Airbus Defence and Space, Germany

Thomas Gottmann studied Aerospace Engineering, graduated at Technical University in Munich and started his career at Airbus Defence & Space (former MBB) aerodynamics department in 1985. He changed to Conceptual Design Department in 1995,! where he was responsible for design development software and for the conceptual design & analysis of aircraft and space re-entry configurations. In 1998 he started his work on unmanned aerial systems, taking over the role as Technical Manager in BARRACUDA program in 2002. From 2006 to 2015 he was program manager of Barracuda and of German Government funded Generic System Demonstrator ‘Agile UAV in Network Centric Environment (NCE)’. Agile UAV in NCE was successfully completed with end 2015, Barracuda is still available for further UAS test campaigns.

Thursday, July 7th - 17:30HUMS and PHM in the Internet of the Things, Pierre-Olivier Robic, THALES, France

Pierre-Olivier ROBIC has worked for Thales for four years in the Service directorate. He is responsible for Future Service at Group level and the Group lead for the HUMS initiative. Previous to this, he has worked for BNAE, French Standardisation association for Aerospace, in Charge of Program Management & System Engineering, Organisation Management & Information Technology. He has a Master of Science in Telecommunication & Networks from ECE and a Master of Economics from Pierre Mendes France University. He is also member of AFIS (French body of INCOSE – System Engineering), IMdR (Risk Management Institute) and IHEDN (Institute of High Study for French Defense).

Friday, July 8th - 8:30Success Stories of Diverse Real-Life Fiber Optic Sensing SHM Applications, Dr. Alexis Mendez, MCH Engineering LLC, USA

Dr. Alexis Mendez received a Ph.D. degree in Electrical Engineering from Brown University, USA in 1992. He is president of MCH Engineering LLC and Director at Micron Optics Inc.

He has written over 65 technical publications, taught multiple short courses on fiber sensing, holds 5 US patents and is recipient of an R&D100 award. Dr. Mendez is a Fellow of SPIE, Committee member of ISHMII, and was past Chairman of the 2006 International Optical Fiber Sensors Conference (OFS-18). He is co-editor of the “Specialty Optical Fibers Handbook” and “Fiber Optical Sensors Book—Fundamentals & Applications.

Friday, July 8th - 9:00The certification of SHM systems in aeronautical sector, Ignacio Eiriz, CEO Centro Tecnologias Aeronauticas, Vitoria, Spain

Ignacio Eiriz is European Master’s degree in Aeronautical Engineering complemented with management education through a MBA, an ABD in Economic Analysis as well as courses on project management, team building, change management, conflicts, and quality. Along 20 years of professional career, always in aeronautics, he has had the occasion to work in many of the industrial phases or the sector: research & development, testing, certification, industrialization, final assembly, quality and validation processes, aircraft maintenance and flight operations.Currently he is CEO of Fundación CTA, an Aerospace Technology Centre devoted to R&D support to aerospace Industry and specialized in test and certification processes of aeronautical components. Besides he cooperates with the Bilbao Engineering University, the Basque Aerospace Cluster “Hegan”, the Basque Foundation for quality Management “Euskalit” and acts as President of the Spanish Aerospace Engineers Association North delegation.!

Friday, July 8th - 9:30Structural Health Monitoring, The Beginning and the End, Prof. Douglas Adams, Vanderbilt University, USA

Dr. Douglas Adams is the Daniel F. Flowers Professor and Distinguished Professor and Chair of Civil and Environmental Engineering at Vanderbilt University and Professor of Mechanical Engineering.! His research in material and structural system state awareness identifies unique signatures that illuminate how materials and machines degrade in energy, security, and manufacturing applications. He has conducted over 120 sponsored programs, written 260 technical papers, and authored a textbook on structural health monitoring as well as several book chapters. Research awards he has received include the Presidential Early Career Award for Scientists and Engineers, Society of Experimental Mechanics DeMichele Award, Structural Health Monitoring Person of the Year Award, and he was elected a Fellow of ASME in 2011.! Dr Adams is currently the Managing Editor of the SHM Inttnal Journal.

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08:30 OPENING CEREMONY OF EWSHM2016 ROOM A1

09:00 Keynote: Design of Multifunctional Structural Batteries with Health Monitoring CapabilitiesProf. Fu-Kuo Chang, Stanford University, USA

09:30 Keynote: Self-sufficient and self-contained sensing for local monitoring of in-situ bridge structuresProf. Hoon Soon, Korea Advanced Institute for Science and Technology (KAIST)

10:00 COFFEE BREAK

About the authors. *Contact Authors ** Speaker if not Contact

NEW APPROACHES ROOM A1Session Chairs: Nathan Salowitz (Univ Wisconsin, USA), Francesc Pozo (UPC, Spain)

10:30 Initial integration of structural health monitoring of self-healing materials 129N. Salowitz*, P. Rohatgi, S. Suri, A. Correa*Mechanical Engineering, University of Wisconsin - Milwaukee, Milwaukee, USA

10:50 Numerical Characterization of Mechanochromic Photonic Crystals for Structural Health Monitoring

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V. Piccolo, A. Piotrowska, A. Chiappini, A. Chiappini, A. Vaccari, M. Ferrari, L. Deseri, D. Zonta**Civil and Environmental Engineering, University of Strathclyde, Glasgow, United Kingdom

11:10 Electrical impedance tomography to monitor unsaturated moisture flows, and to detect corrosive elements and cracking in cementitious materials

345

A. Seppänen*, M. Hallaji, D. Smyl, M. Pour-Ghaz*Department of Applied Physics, University of Eastern Finland, Kuopio, Finland

11:30 Contactless detachment identification in frescoes utilizing a Scanning Laser Doppler Vibrometer

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C. Providakis*, M. Mousteraki, S. Tsistrakis, V. Liarakos*School of Architecture, Technical University of Crete, CHANIA, Greece

11:50 Tensile Failure Analysis of Structural Materials using Acoustic Emission 140J. Mowat**, S. Jihan, M. Droubi**Engineering, Robert Gordon University RGU, Aberdeen, United Kingdom

GUIDED WAVES MODELING AND SIMULATIONS ROOM A2Session Chairs: V. Giurgiutiu (Univ South Carolina, USA), D. Saravanos (Univ Patras, Greece), R. Lammering (HSU, Germany)

10:30 Predictive simulation of guided wave SHM with piezoelectric wafer active sensors 63V. GiurgiutiuUniversity Of South Carolina, Columbia, USA

10:50 Guided Wave-Gaussian Mixture Model based Damage Evaluation Method under Time-Varying Condition and Its Validation in a Full-Scale Aircraft Fatigue Test

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L. Qiu*, S. Yuan, H. Mei, F. Fang*The State Key Lab of Mechanics and Control of Mechanical Structures, Nanjing University of Aeronautics and Astronautics (NUAA), Nanjing, China

Oral Presentations Tuesday, July 5th

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11:10 Guided Wave-based Damage Localization in Isotropic Structures with Smoothly Varying Thickness

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J. MollGoethe-University Frankfurt am Main, Frankfurt am Main, Germany

11:30 Modified Time Reversal Imaging of Partially Closed Crack Based on Linear and Nonlinear Wave Response

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P. Blanloeuil*, C. Wang, M. Veidt, F. Rose*School of Mechanical & Mining Engineering, University of Queensland, Brisbane, Australia

11:50 Vibro-acoustic fault detection using a numerical time reversal method with reduced order models

183

S. Van Ophem*, E. Deckers, O. Atak, W. Desmet*Mechanical Engineering, KU Leuven, Leuven, Belgium

12:10 Ultrasonic Techniques Based Inversion of Elastic Properties for a Single Lamina in Composites Laminates

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J. Zhao*, J. Qiu, H. Ji*Nanjing University of Aeronautics and Astronautics, State Key Laboratory of Mechanics and Control, Nanjing, China

12:35 LUNCH

14:00 Empirical technique for dispersion curve creation for guided wave applications 117B. Hernandez-Crespo*, B. Engineer, C. Courtney*The Welding Institute [TWI], Cambridge, United Kingdom

14:20 Numerical Simulation of the Cumulative Higher Harmonic Generation in Unidirectional Composites

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N. Rauter*, R. Lammering*Institute of Mechanics, Helmut-Schmidt-University, Hamburg, Germany

14:40 Investigation into Lamb wave boundary reflections in aluminium plates for defect characterisation and image reconstruction, with application to structural health monitoring

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A. Muller*, B. Robertson-Welsh, M. Gresil, P. Gaydecki, C. Soutis*Faculty of Engineering and Physical Sciences, Aerospace Research Institute, The University of Manchester, United Kingdom

15:00 Enhancement the estimation of damage severity by using guided wave diffraction resonance phenomena

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E. Glushkov, N. Glushkova, A. Eremin*, R. Lammering*Institute for Mathematics, Mechanics and Informatics, Kuban State University, Krasnodar, Russia

15:20 Wave Propagation Analysis in Composite Plates using a Novel Finite Wavelet Domain Method

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D. Saravanos*, C. Nastos, T. Theodosiou, C. Rekatsinas*Dept. of Mechanical Engineering and Aeronautics, University of Patras, Rion-Patras, Greece

15:40 Identification of Impact Events on Composite Plates using Wave Characteristics and Impact Similarity Models

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D. Saravanos*, T. Theodosiou, C. Rekatsinas, C. Nastos, M. Iglesias Vallejo, J. Garcia Alonso*Dept. of Mechanical Engineering and Aeronautics, University of Patras, Rion-Patras, Greece

Tuesday, July 5th

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16:00 POSTERS-1 (Coffee & Drinks will be served)

16:30 Assessment of correlation-based imaging technique on composites 24P. Ostiguy*, N. Quaegebeur, P. Masson*Université de Sherbrooke, Sherbrooke, Canada

16:50 Numerical Study of Rayleigh Wave Based Interfacial Debonding Detection between FRP Plate and Steel Beam

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Y. Xu*, B. Li*Harbin Institute of Technology Shenzhen Graduate School, Shenzhen, China

17:10 Finite Element Model-based Structural Health Monitoring (SHM) Systems- Part I: An Ultrasonic Wave Propagation in Fluid-Structure Interaction

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B. Ebna Hai*, M. Bause*Department of Mechanical Engineering, Helmut Schmidt University

17:30 Finite Element Model-based Structural Health Monitoring (SHM) Systems- Part II: eXtended Fluid-Structure Interaction (eXFSI) Problem

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B. Ebna Hai*, M. Bause*Department of Mechanical Engineering, Helmut Schmidt University, Hamburg, Germany

FIBER OPTIC SENSORS SYSTEMS ROOM A3ASession Chairs: M. Tur (Tel-Aviv Univ., Israel), P. Ferdinand (CEA, France), M. Giordano (Univ Sannio, Italy)

10:30 INVITED PAPER: Overview of Rayleigh-Based High Definition Distributed Fiber Optic Sensing for Structural Testing and Health Monitoring Applications

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B. SollerLuna Innovations, Blacksburg, USA

10:50 Demonstration and methodology of structural monitoring of hidden composite areas by embedded optical fiber sensors and connectors

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C. Miguel Giraldo*, J. Zúñiga Sagredo, L. Garcia Vazquez, J. Cardenas Aguado*Materials & Processes, Airbus Operations, Madrid, Spain

11:10 A Numerical Study for Damage Detection of a Thin Plate Using Macro-Strain Measurement

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T. Hsu*, W. Liao, Y. Shi*National Center of Research on Earthquake Engineering (NCREE), Taipei, Taiwan, Republic of China

11:30 Parameter identification based on quasi-continuous strain data captured by high resolution fiber optic sensing

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A. Künzel*, Y. Petryna*Chair of Structural Mechanics, Technische Universität Berlin (TU Berlin), Berlin, Germany

11:50 Fiber optic based HUMS concept for large aircraft structure based on both point and distributed strain sensing

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I. Kressel*, M. Tur**, M. Bosboom, R. Evenblij, P. Michaelides, U. Ben-Simon, N. Gorbatov, A. Bergman, N. Kontis, C. Koimtzoglou*Israel Aerospace Industries (IAI), Tel Aviv, Israel

Tuesday, July 5th

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12:10 Fiber Optic Based In-Flight Structural Health Monitoring (SHM) Implemented on a Gearbox Support Beam of a Helicopter

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O. Shapira*, S. Shoham, U. Ben-Simon, N. Gorbatov, B. Glam, V. Kalmanovich, T. Yehoshua, I. Kressel**, M. Tur*Technion Institute of Technology, Haifa, Israel

12:35 LUNCH

14:00 Properties of optical fibers and FBG sensors and strain monitoring of the composite structures

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M. Ruzicka*, M. Dvorak*Dpt. of mechanics, biomechanics and mechatronics, Czech Technical University in Prague, Czech Republic

14:20 Bond strength and performance of optical fibre Bragg Grating sensors embedded in composite patch repairs for military aircrafts

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T. Jones**, T. Thorvaldsen*, G. Sagvolden, K. Pran, T. Olsen*Land Systems Division, Norwegian Defence Research Establishment (FFI), Kjeller, Norway

14:40 Robust integration of optical fiber sensors for aerospace applications in composite material structures

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M. Frövel*, J. Pintado, G. Carrión, F. Cabrerizo, F. Terroba, T. Buck, A. Reutlinger, J. San Millán

*Composite Materials, Spanish Institue for Aerospace Technology (INTA), Torrejón de Ardoz, Spain

15:00 Fiber Optic Sensors for Multiparameter Monitoring Of Large Scale Assets 373D. Karabacak*, M. Farnan, S. Ibrahim, M. Todd, J. Singer*Fugro Technology B.V., Leidschendam, Netherlands

15:20 Local Strain Monitoring of Fiber Reinforced Composites under High Strain Fatigue using Embedded FBG Sensors

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A. Suleman*, E. Kocaman, E. Akay, C. Yilmaz, H. Turkmen, I. Misirlioglu, M. Yildiz*Mechanical Engineering, University of Victoria, Victoria, Canada

15:40 Application of Biaxial FBG Sensors to Monitor Poisson’s Ratio of Composites as Damage Index

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A. Suleman*, C. Yilmaz, C. Akalin, E. Kocaman, M. Yildiz*Mechanical Engineering, University of Victoria, Victoria, Canada

16:00 POSTERS-1 (Coffee & Drinks will be served)

16:30 Investigation of the performance in dynamic strain measurements of distributed fiber optic sensors

338

H. Murayama*, K. Kageyama, T. Matsuo, T. Tamaoki, F. Fujimori, K. Shiotsubo, D. Wada, H. Igawa*School of Engineering, The University of Tokyo, Tokyo, Japan

16:50 A curvature based approach in dynamic monitoring using long-gage fiber optic sensors

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K. Kliewer*, B. Glisic*Civil and Environmental Engineering, Princeton University, Princeton, USA

Tuesday, July 5th

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17:10 Fibre optic sensors structural health monitoring of the central beam pipe in the CMS experiment at the CERN laboratories

340

F. Fienga*, G. Breglio, S. Buontempo, Z. Szillasi, N. Beni, A. Gaddi, A. Gaddi, A. Cusano, M. Consales, M. Giordano*Department of Information Technology and Electrical Engineering, University of Naples Federico II , Napoli, Italy

17:30 Assessment of a multicore optical fibre interferometer for strain sensing in aerospace structures

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O. Arrizabalaga*, J. Villatoro, G. Durana, I. García, A. Montero, E. Antonio-Lopez, A. Schülzgen, R. Amezcua Correa, J. Zubia, I. Sáez de Ocáriz*University of the Basque Country (UPV/EHU), BILBAO, Spain

17:50 Model-assisted performance qualification of a distributed SHM system for fatigue crack detection on a helicopter tail boom

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C. Sbarufatti*, M. Corbetta, J. San Millán, M. Frövel, M. Stefaniuk, M. Giglio*Department of Mechanical Engineering, Politecnico di Milano, Milano, Italy

18:10 Ultrasonic strain wave acquisition by a low-cost fiber optic coherent sensor for structural health monitoring applications

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C. Sbarufatti*, L. Martinelli, M. Mattarei, M. Ferrario, M. Giglio*Department of Mechanical Engineering, Politecnico di Milano, Milano, Italy

18:30 Free-edge delamination location and growth montoring with an embedded distributed fiber optic network

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P. Fernández Díaz-Maroto*, A. Fernández López, A. Güemes, B. Larrañaga*Center of Composite Materials and Smart Structures, Polytechnical University of Madrid (UPM), Madrid, Spain

IMAGE PROCESSING ROOM A3BSession Chairs: G Akhras (Royal Military College, Canada)

10:30 Defect triangulation via demixing algorithms based on dictionaries with different morphological complexity

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J. Druce, S. Gonella*, M. Kadkhodaie, S. Jain, J. Haupt*Civil, Environmental, and Geo-Engineering, University of Minnesota, Minneapolis, USA

10:50 Heat transfer 1D modeling for Non Destructive Testing and Structural Health Monitoring for civil engineering structures improved by GPGPU

320

A. Crinière*, J. Dumoulin, L. Mevel*I4S Team, Inria, Rennes, France

11:10 Automatic crack detection on pressed panels using camera image processing 260C. Lee*, H. Jung, G. Park

*Mechanical engineering, Chonnam National University, Gwangju, South Korea

11:30 Dynamic displacement measurement of a long-span bridge using vision-based system

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Y. Xu*, J. Brownjohn, D. Hester, K. Koo*College of Engineering, Mathematics and Physical Sciences, university of exeter, Exeter, United Kingdom

Tuesday, July 5th

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11:50 Noncontact 3D measurement system for furnace wall maintenance support 167M. Ryu*, H. Sakamoto, Y. Ohbuchi, E. Nakamachi, Y. Nakamura, T. Yoshida*Graduate School of Engineering and Technology, Kumamoto University, Kumamoto, Japan

12:10 Vision-based multi-point displacement measurement for SHM 4D. Feng*, M. Feng***Columbia University, New York, USA

12:30 Visual asset inspection using precision UAV techniques 250S. Pierce*, G. Dobie, C. Macleod, R. Summan, K. Baumanis, M. Macdonald, G. Punzo*Electronic & Electrical Engineering, University pf Strathclyde, Glasgow, United Kingdom

12:35 LUNCH

OPTIMIZATION SENSORS TOPOLOGY ROOM A3BSession Chairs: J. Rodellar (UPC, Spain)

14:00 Optimal Frequency selection for vibration based damage detection using pattern recognition

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D. Hesser*, B. Markert*Institute of General Mechanics, RWTH Aachen University, Aachen, Germany

14:20 Characterization of the robustness of SHM imaging techniques using the absolute error of localization

279

J. Moriot*, N. Quaegebeur, A. Le Duff, P. Masson*Dpt. Of Mechanical Engineering, Groupe d\’Acoustique de l\’Université de Sherbrooke, Sherbrooke, Canada

14:40 Sensor Placement for Modal Parameter Subset Estimation: A Frequency Response-based Approach

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M. Ulriksen*, D. Bernal, L. Damkilde***Aalborg University, Esbjerg, Denmark

15:00 A Linearized Impact Localisation Algorithm for the Health Monitoring of Aerospace Components

329

M. De Simone, S. Boccardi, F. Ciampa*, M. Meo*University of Bath, Bath, United Kingdom

16:00 POSTERS-1 (Coffee & Drinks will be served)

SHM FOR OIL & GAS INDUSTRIES ROOM A3BSession Chairs: Dr. Michel Leblanc(Halliburton, USA), J. Singer (Fugro Technologies, Netherlands)

16:30 A Fiberoptic Sensing System For System Health Monitoring In Oil&Gas Industry Applications

372

J. Singer*, D. Karabacak**, M. Farnan, S. Ibrahim, M. Todd*Fugro Technology BV, Leidschendam, Netherlands

16:50 Multidimensional big data processing for damage detection in real pipelines using a smart pig tool

336

M. Ruiz*, L. Mujica, M. Quintero, R. Villamizar, S. Alférez*Department of Mathematics, Universitat Politécnica de Catalunya (UPC), Barcelona, Spain

Tuesday, July 5th

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17:10 Study on in-situ capacitive sensor for monitoring engine lubricant oil debris 124Y. Wang*, Z. Han, D. Liang, X. Qing***School of Aerospace Engineering, Xiamen University (XMU), Xiamen, China

17:30 Distributed Fiber Optic Fuel Leak Detection System 98E. MendozaRedondo Optics Inc, Redondo Beach, USA

17:50 Towards a condition monitoring scheme for combustion instability detection and fuel blends performance classification in gas turbine engines using pattern recognition and advanced machine learning

219

I. Matthaiou*, B. Khandelwal, I. Antoniadou*Dynamics Research Group, Department of Mechanical Engineering, University of Sheffield, Sheffield, United Kingdom

18:10 Experimental study of ultrasound characteristics in steel samples cut out of a pipeline that has been exploited during a long time

214

A. Malkhanov*, V. Erofeev*Mechanics Engineering Research Institute, Russian Academy of Sciences, Nizhny Novgorod, Russia

CONCRETE ROOM A4Session Chairs: K. Loh (UCSD, USA)

10:30 Pre- and post- damage structural health monitoring in carbon fiber textile reinforced concrete (TRC) structures

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Y. Goldfeld*, T. Quadflieg, T. Gries*Faculty of Civil and Environmental Engineering, Technion - Israel Institute of Technology, Haifa, Israel

10:50 Recognition of Rebar and Crack Based on Impact-Echo Phase Analysis 25P. Liu**, P. Yeh, L. Lin, Y. Hsu*, C. Yeh*National Taiwan University, NTU, Taipei, Taiwan, Republic of China

11:10 Narrow-band diffuse ultrasonic wave field measurements in a network of reciprocal transducers for monitoring of a large concrete floor slab

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P. Fröjd*, P. Ulriksen*Engineering Geology, Lund University, Lund, Sweden

11:30 Moisture in screed: a non-destructive multi-sensor approach 85C. Strangfeld*, S. Kruschwitz, J. Wöstmann, S. Nagel, F. Hase*Bundesanstalt für Materialforschung und -prüfung, Berlin, Germany

11:50 The sensitivity of coda wave interferometry in different scattering regimes 86P. Fröjd*, P. Ulriksen*Engineering Geology, Lund University, Lund, Sweden

12:10 Feedback Resonance Frequency as an SHM Indicator 87P. Ulriksen*, P. Fröjd*Teknisk Geologi (Engineering Geology), Biomedical Engineering, Faculty of Engineering, Lund University, Lund, Sweden

Tuesday, July 5th

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12:35 LUNCH

14:00 Moisture measurements with RFID based sensors in screed and concrete 91C. Strangfeld*, S. Johann, M. Müller, M. Bartholmai*Bundesanstalt für Materialforschung und -prüfung, Berlin, Germany

14:20 The use of electromechanical impedance based structural health monitoring technique in concrete structures

109

R. Silva, K. Tsuruta*, R. Finzi Neto, V. Steffen Jr., D. Rabelo*School of Mechanical Engineering, Federal University Of Uberlândia (Ufu), Uberlândia, Brazil

14:40 Design of Embedded Piezoelectric Transducers for Structural Health Monitoring in concrete structures

200

C. Dumoulin*, A. Deraemaeker*Building, Architecture and Town Planning (BATir), Université Libre de Bruxelles (ULB), Brussels, Belgium

15:00 Active Structural Health Monitoring of Reinforced Concrete Structures using Piezoelectric Smart Aggregates

229

T. Nestorovic*, D. Stojic, N. Markovic*Mechanics of Adaptive Systems, Ruhr University Bochum, Bochum, Germany

15:20 Monitoring of Unsaturated Moisture Flow in Cement-based Materials with Electrical Capacitance Tomography

276

A. Voss*, M. Pour-Ghaz, M. Vauhkonen, A. Seppänen*Department of Applied Physics, University of Eastern Finland (UEF), Kuopio, Finland

15:40 Thermal imaging coupled with high-definition colour imaging for defect localisation and quantification

337

B. GuldurDepartment of Civil Engineering, Hacettepe University, Ankara, Turkey

16:00 POSTERS-1 (Coffee & Drinks will be served)

CIVIL STRUCTURES. MODELING, EXPERIMENTAL DEMONSTRATIONS ROOM A4Session Chairs: W. Habel (BAM Berlin, Germany), J Lynch (Univ. Michigan, USA), D. Inaudi (Smartec, Switzerland)

16:30 A methodology for dam safety evaluation and anomaly detection based on boosted regression trees

224

F. Salazar*, J. González, M. Toledo, E. Oñate*International Center for Numerical Methods in Engineering (CIMNE), Madrid, Spain

16:50 Implementation of communication, collection and tracking units in crisis operation

164

F. Casciati, S. Casciati, L. Faravelli, M. Vece**DICAr, University of Pavia, Pavia, Italy

17:10 Assessment of the structural behaviour of concrete dams based on wavelet transforms

174

J. Caires da Mata*, J. Santos

*Concrete Dam Department, Portuguese National Laboratory for Civil Engineering (LNEC), Lisbon, Portugal

Tuesday, July 5th

15

17:30 A Diverse Monitoring for Post-Accident using Alternative Powers 160J. KimI&CHumanFactor Division, Korea Atomic Energy Research Institute, Daejeon, South Korea

17:50 Debonding identification of FRP strengthened concrete beams with PZT sensors 145R. Perera*, R. Sun, E. Sevillano, M. Baena, C. Barris*Mechanical Engineering, Technical University of Madrid (Spain), Madrid, Spain

18:10 Review of Distributed Optical Fiber Sensors in Civil Engineering applications 30A. Barrias*, J. Casas, S. Herrero*Department of Civil and Environmental Engineering, Technical University of Catalonia. Barcelona, Spain

18:30 The static and dynamic monitoring of the Asinelli Tower in Bologna,Italy 287S. Baraccani*, M. Palermo**, S. Silvestri, G. Gasparini, T. Trombetti, R. Azzara*University of Bologna, Bologna, Italy

DAMAGE DETECTION BY ACOUSTIC EMISSION ROOM B1Session Chairs: L. Faravelli (Univ Pavia, Italy), M. Gresil (Manchester Univ., UK)

10:30 Defect quantification in 3D Angle Interlock Glass Fibre Composites using Acoustic Emission

83

M. Gresil*, M. Saleh, M. Arshad, C. Soutis*University of Manchester, Manchester, United Kingdom

10:50 Identification of diagnostic and prognostic features by means of AE and hydraulic pressure measurements

156

N. Beganovic*, S. Rothe, D. Söffker*Chair of Dynamics and Control, University of Duisburg-Essen, Duisburg, Germany

11:10 Impact Damage Assessment of Multi-Layered Composite Structures in Service by Acoustic Emission Source Location Analysis

211

D. Yoon*, B. Han, I. Kim, C. Park, I. Kwon*Korea Research Institute of Standards and Science (KRISS), Daejeon, South Korea

11:30 Experimental results of frequency-based classification of damages in composites

169

S. Wirtz*, N. Beganovic, D. Söffker*University of Duisburg-Essen, Chair of Dynamics and Control, Duisburg, Germany

11:50 Guided wave propagation modelling to aid understanding of acoustic emission system performance on complex aerospace structures

322

M. Courtier*, A. Croxford, K. Atherton*Mechanical Engineering, University of Bristol, Bristol, United Kingdom

12:10 New methods for onset detection of acoustic emission signals 258D. Gagar*, F. Bai, Y. Zhao, P. Foote*School of Aerospace, Transport and Manufacturing, Cranfield University, Cranfield, United Kingdom

12:35 LUNCH

Tuesday, July 5th

16

UNCERTAINTY. STATISTICAL METHODS FOR SHM ROOM B1Session Chairs: S. Fassois (Univ Patras, Greece), Lea Cot (Inst Clement Ader, France), D. Zonta (Univ Trento, Italy)

14:00 Uncertainties when using EVA (extreme value analysis) in SHM 146F. Cegla*, D. Benstock*Mechanical Engineering, Imperial College London, London, United Kingdom

14:20 Evaluation of the probability of failure using Bayesian theorem for real-time condition monitoring

212

A. Iwasaki*, Y. Sanyoshi*Gunma University, Gunma, Japan

14:40 Comprehensive Bayesian structural identification applied to a scale aluminium bridge

112

A. Jesus*, Y. Zhu, I. Laory*School of Engineering, University of Warwick, Coventry, United Kingdom

15:00 Statistical Damage Localization with Stochastic Load Vectors Using Multiple Mode Sets

218

M. Bhuyan*, M. Döhler, L. Mevel*I4S Team, Institut national de recherche en informatique et en automatique (INRIA), Rennes, France

15:20 Statistical Impact-echo Analysis using Bag-of-echoes Model for Concrete Condition Assessment

241

J. Ye*, T. Kobayashi, M. Iwata, M. Murakawa*Artificial Intelligence Applications Research Team, National Institute of Advanced Industrial Science and Technology (AIST), Tsukuba, Japan

15:40 Damage Detection of Structures with Detrended Fluctuation and Detrended Cross-Correlation Analyses

247

H. Fajri, M. Wang, T. Lin**Civil Engineering, National Chiao Tung University, Hsin-Chu, Taiwan, Republic of China

16:00 POSTERS-1 (Coffee & Drinks will be served)

16:30 GPGPU implementation of modal parameter tracking by particle based Kalman filter

317

A. Crinière*, L. Mevel, J. Dumoulin, M. Zghal*I4S Team, Inria, Rennes, France

16:50 Applying Extreme Value Theory for alarm and warning levels setting under variable operating conditions

293

D. Filcheva*, N. Lieven, P. Morrish*University of Bristol, Bristol, United Kingdom

17:10 A structural damage detection technique based on agglomerative clustering applied to the Z-24 Bridge

121

M. Silva*, A. Santos, R. Santos, E. Figueiredo**, C. Sales, J. Costa*Applied Electromagnetism Laboratory, Federal University of Pará, Belém, Brazil

Tuesday, July 5th

17

17:30 Solving Bayesian multi-parameter estimation problems using the mechanical equivalent of logical inference

107

D. Bolognani*, C. Cappello, D. Zonta***Deptartment of Civil, Environmental and Mechanical Engineering, University of Trento, Trento, Italy

PIEZOELECTRICS AS SENSORS/ACTUATORS ROOM C1Session Chairs: Vincent Le Cam (IFSTTAR, F), Luca de Marchi (Univ. Bologna, IT), Tadeusz Uhl (AGH Univ., Poland)

10:30 A design strategy for highly directional piezoelectric transducers for Lamb waves inspections

215

L. De Marchi*, N. Testoni, A. Marzani*University of Bologna, Bologna, Italy

10:50 A stamp size, 40mA, 5 grams sensor node for impact detection and location 187N. Testoni*, L. De Marchi, A. Marzani*Department of Electrical, Electronic, and Information Engineering \, University of Bologna, Bologna, Italy

11:10 Influence of delamination and temperature conditions on electromechanical impedance

226

P. Malinowski*, T. Wandowski, W. Ostachowicz*Institute of Fluid-Flow Machinery, Polish Academy of Sciences, Gdansk, Poland

11:30 A novel self-tuning method for Lamb wave inspection of plate-like structures 37A. Dominguez-Macaya*, J. Romero, J. Vicente, J. Vicente, A. Iturrospe, J. Abete, F. Martin De La Escalera, A. Alcaide*Mondragon University-Faculty of Engineering (MGEP), Arrasate, Spain

11:50 A semi-analytical approach to design of a transducer for selective wave generation

390

P. Packo*, M. Gawronski**, M. Miszczynski, P. Zbyrad, T. Stepinski, J. Lis, T. Uhl*Department of Robotics and Mechatronics, AGH - University of Science and Technology, Krakow, Poland

12:10 SHM of Thick Structures via E/M Impedance of Embedded PWAS for Weight Loss Defects

45

T. Kamas*, T. Kamas*, V. Atar, M. Tekkalmaz*Eskisehir Osmangazi University, Eskisehir, Turkey

12:35 LUNCH

14:00 Piezo-electric Thick Films for Sensing 352M. Eaton*, J. Hale, M. Pearson, D. Crivelli, A. Deligianni*Cardiff School of Engineering, Cardiff University, Cardiff, United Kingdom

14:20 Optimization of Energy Harvesting concepts from vibration by piezoelectric actuator design

326

N. Murillo*, J. Maudes, A. Pérez Márquez, J. Ortiz, G. Aranguren*Transport & Industry Division, TECNALIA, Donostia-San Sebastian, Spain

Tuesday, July 5th

18

14:40 About the Effects of Debonding of PWAS on the Wave Propagation and the Electro-Mechanical Impedance Spectrum

315

I. Mueller*, A. Shpak, M. Golub, C. Fritzen***Department of Mechanical Engineering, University of Siegen, Siegen, Germany

15:00 Impact Detection System for Structures during their Storage and Transport 69G. Aranguren*, J. Ortiz**, J. Etxaniz, N. Murillo, J. Maudes, A. Donado, E. Rueda, A. Pérez Márquez*Electronic technology, University of the Basque Country (UPV/EHU), Bilbao, Spain

15:20 Piezoelectric Fiber Composites as Sub-Surface Embedded Sensors in Polymer Matrix Composites

366

K. ShalanMechanical Engineering, Northwestern University, Evanston, USA

16:00 POSTERS-1 (Coffee & Drinks will be served)

SENSORS OTHER THAN PZT AND FOS ROOM C1

Session Chairs: F. Casciati (Univ Pavia, Italy)

16:30 Investigating the performance of OEM devices for structural monitoring 179F. Casciati*, S. Casciati, L. Faravelli, M. Vece*University of Pavia, Pavia, Italy

16:50 SHM with EMATs 67F. Cegla*, J. Isla-Garcia, B. Herdovics*Mechanical Engineering, Imperial College London, London, United Kingdom

17:10 Response comparison of FBG sensor, strain gage, and piezo-electric accelerometer in an aluminum cantilever beam shock load

44

S. Fukumoto*, N. Tomio*Technical Research & Development Center, IHI Inspection & Instrumentation Co., Ltd., Yokohama, Japan

17:30 Radar-based Mechanical Vibration Sensing for Structural Health Monitoring Applications: A Comparison of Radar Transceiver Measurements at 24GHz and 100GHz

7

J. Moll*, V. Krozer*Goethe-University Frankfurt am Main, Frankfurt am Main, Germany

17:50 Towards a New Low Power Low Noise Class B MEMS Accelerometer for Structural Health Monitoring

73

P. Etter*, S. Gonseth, R. Brisson, F. Rudolf*Colibrys, Yverdon-les-Bains, Switzerland tba

18:10 GNSS and multi-sensor fusion technique applied to an experimental model 318R. Seabra*, S. Magalhaes, C. Felix, C. Rodrigues*Construct-FEUP, Faculty of Engineering of University of Porto, Porto, Portugal

19:00 Reception offered by the City Hall, at the EUSKALDUNA Hall

Tuesday, July 5th

19

PLENARY SESSION ROOM A1

Session Chairs: Wieslaw Ostachowicz (Polish Academy of Sciences, Poland)

08:30 Keynote: Towards a Risk-Based Design Paradigm for Structural Health Monitoring SystemsProf. Michael Todd, UCSD, USA

09:00 Keynote: Wind Turbine Monitoring for Control Versions ComparisonJuan Carlos Perez Campion. IBERDROLA Renovables, SPAIN

SHM OPPORTUNITIES AND APPLICATIONS FOR HUMAN SENSING ROOM A1Session Chairs: Liming Salvino (ONR Global), David Stargel, (US Air Force)

09:30 Human Effectiveness Directorate Overview 395D. Stargel711th Human Performance Wing, WPAFB, USA

09:50 Assessing Interface Layer Characteristics of Functionally Graded Material And Biological Tissue Through Acoustic Mapping

267

R. Ahmad*, S. James*Civil Engineering & Construction Management, California State University, Northridge, Northridge, USA

10:10 Fully integrated flexible thin film sensing system utilizing polymer nanocomposite strain sensors

349

A. Burton, J. Lynch**Department of Civil and Environmental Engineering, University of Michigan, Ann Arbor, USA

10:30 COFFEE BREAK

11:00 Towards the Development of “Smart” Percutaneous, Osseointegrated Implants 370M. Todd*, J. Reed, D. Barnett*Structural Engineering, University of California San Diego, La Jolla, USA

11:20 Healing Assessment of an Externally Fixated Fractured Femur 209W. Ong, L. Salvino, M. Russ, W. Chiu*, Z. Chiu***Department of Mechanical & Aerospace Engineering, Monash University, Clayton, Australia

11:40 Innovations in Flexible Hybrid Electronics for Human Performance and Medicine 396R. Naik711th Human Performance Wing, WPAFB, USA

12:00 Wearable Performance Monitoring - Sensors for Airman Performance 397D. Stargel*, C. Murdock*711th Human Performance Wing, WPAFB, USA

12:20 Sensors based on semi-conductive strain gauges for automated structural health monitoring and medical applications

424

R. Mueller*, H. Chelner*Micron Instruments, Inc., Simi Valley, USA

GUIDED WAVES BASED METHODS FOR SHM-I ROOM A2Session Chairs: E. Flynn (Los Alamos NL, USA), S. Yuan (NUAA, China)

Wednesday, July 6th

20

09:30 Exploring the performance limits of full-field acoustic wavenumber spectroscopy techniques for damage detection through numerical simulation

327

N. O’Dowd, D. Han, L. Kang, E. Flynn**Engineering Institute, Los Alamos National Laboratory, Los Alamos, USA

09:50 Lamb wave excitation and detection with piezoelectric elements: Essential aspects for a reliable numerical simulation

324

S. Gschoßmann*, C. Humer, M. Schagerl*Institute of Constructional Lightweight Design, Johannes Kepler University Linz, Linz, Austria

10:10 Passive guided wave tomography for corrosion detection 305T. Druet*, B. Chapuis, E. Moulin*French Alternative Energies and Atomic Energy Commission (CEA LIST), Gif sur Yvette, France

10:30 COFFEE BREAK

11:00 Spectral Finite Element Methods in Condition Monitoring and Damage Detection 286A. ak*, M. Krawczuk, !. Doli ski, M. Palacz*Electrical and Control Engineering, Gda sk University of Technology, Gda sk, Poland

11:20 Online damage evaluation using Guided wave based Hidden Markov Model 16J. Zhang**, S. Yuan*, H. Mei, L. Qiu*Research Center of Structural Health Monitoring and Prognosis, State Key Laboratory of Mechanics and Control of Mechanical Structures, Nanjing University of Aeronautics and Astronautics (NUAA), Nanjing, China

11:40 A Lamb Wave-based Crack Diagnosis Method Using An Improved RAPID Algorithm 254Q. Wang*, M. Wang, D. Yue, Z. Su*School of Automation, Nanjing University of Posts and Telecommunications, Nanjing, China

12:00 Feature selection techniques for identifying the most relevant damages indices in SHM using Guided waves

399

M. El Mountassir*, S. Yaacoubi, G. Mourot, D. Maquin*CND, Institut de Soudure, Thionville, France

12:20 Studies on data correction of Structural Health Monitoring using ultrasonic guided waves: case of study

398

M. El Mountassir*, S. Yaacoubi, G. Mourot, D. Maquin*CND, Institut de Soudure, Thionville, France

12:30 LUNCH

14:00 Robust mixed finite element simulations of interactions of ultrasonic waves with cracks

251

D. LukasDepartment of Applied Mathematics, FEECS, VSB-Technical University of Ostrava, Ostrava, Czech Republic

14:20 Development of an SHM system of sandwich composite panels using guided elastic waves

333

B. Chapuis*, A. Kulakovskyi, N. Bedreddine, O. D’Almeida*NDE Department, French Alternative Energies and Atomic Energy Commission (CEA LIST), Gif-sur-Yvette, France

Wednesday, July 6th

21

14:40 Defect detection in pipes based on the measurement of surface displacements 238P. Becht*, E. Deckers, C. Claeys, B. Pluymers, W. Desmet*Department of Mechanical Engineering - PMA, KU Leuven (KUL), Leuven, Belgium

15:00 Wave Scattering Analysis in a ACSR Cable Using Piezoelectric Transducers 232S. Malo Peces*, M. Livadas, C. Selcuk, T. Gan, C. Mares*Brunel Innovation Centre (BIC), Brunel University London, Uxbridge, United Kingdom

15:20 Reliability Aspects of Lamb Wave Interaction at Impact Damages in Complex Stiffened CFRP Structures

230

B. Eckstein*, M. Moix Bonet, M. Bach, N. Dobmann*Airbus Group Innovation, Bremen, Germany

15:40 An experimental study on the scattering of edge-guided waves by a small edge crack in an isotropic plate

207

B. Vien*, F. Rose**, W. Chiu*Department of Mechanical and Aerospace Engineering, Monash University, Clayton, Australia

16:00 POSTERS-2 (Coffee & Drinks will be served)

16:30 Ultrasonic Guided waves Communications in smart materials: the case of tapered waveguides

222

L. De Marchi*, A. Marzani, J. Moll*University of Bologna, Bologna, Italy

16:50 Ultrafast Wave Finite Element Method for the computation of dispersion properties in periodic viscoelastic waveguides

220

A. Palermo*, A. Marzani* University of Bologna, Bologna, Italy

17:10 Fast Approximation of Wave Propagation in Complex Geometries 198C. Heinze*, M. Sinapius, P. Wierach*German Aerospace Center (DLR), Institute of Composite Structures and Adaptive Systems, Hamburg, Germany

17:30 An experimental and computational study of Lamb wave scattering by edge delaminations around circular holes

191

N. Nadarajah*, L. Rose**, W. Chiu*Mechanical and Aerospace, Monash Univeristy, Melbourne, Australia

17:50 Material elastic waves test exploitation in benefit of composite structure health monitoring

181

Á. Lozano-Martín*, R. Marcos-García, J. García-Alonso, A. Fernández-López, M. Iglesias, A. Güemes

* Polytechnical University of Madrid (UPM), Madrid, Spain

AEROSPACE STRUCTURES: MODELING, VERIFICATION & VALIDATION ROOM A3ASession Chairs: R. Groves (TU Delft, Netherlands), P. Qing (Xiamen Univ., China), P. Foote (Cranfield Univ, UK), M. Frovel (INTA, Spain)

09:30 Perspectives on Structural Health Monitoring of Composite Civil Aircraft 312R. GrovesFaculty of Aerospace engineering, Delft University of Technology, Delft, Netherlands

Wednesday, July 6th

22

09:50 Fatigue crack quantification approach based on multi-path unit-cell concept in sensor network

246

V. Janapati, S. Yadav, A. Kumar*, R. Ikegami, E. Habtour*Acellent Technologies Inc., Sunnyvale, USA

10:10 Damage Precise Localization on an Aircraft Stabilizer Structure via Few Vibration Sensors and Low Frequency Bandwidth

193

C. Sakaris, J. Sakellariou**, S. Fassois**University of Patras, Patras, Greece

10:30 COFFEE BREAK

11:00 Lamb-wave-based monitoring of the aircraft during full-scale fatigue experiment - results and conclusions

285

Z. Dworakowski*, K. Dragan, T. Stepinski, T. Uhl*Department of Robotics and Mechatronics, AGH University of Science and Technology, Krakow, Poland

11:20 Self-Powered, Energy Harvested, Wireless Fiber Optic Sensor (WiFOS) SHM System for Helicopter Rotors

97

E. MendozaRedondo Optics Inc, Redondo Beach, USA

11:40 Elastic Waves Simulation on Aircraft Subcomponent for test correlation using piezoelectric sensors

296

F. Sánchez Iglesias*, R. Tejerina, J. García-Alonso, P. Caffyn, M. Iglesias-Vallejo*Airbus Defense and Space (AirbusDS), Getafe, Spain

12:00 Dynamic strain distribution monitoring of 5.5 m CFRP blade using 5 m FBGs interrogated by optical frequency domain reflectometry

275

D. Wada*, H. Igawa, T. Kasai*Aeronautical Technology Directorate, Japan Aerospace Exploration Agency, Tokyo, Japan

12:20 Development of Structural Health and Load Monitoring System and its Implementation into an Aircraft Flying Demonstrator

102

M. Lilov*, T. Siebel, C. Contell Asins, O. Schwarzhaupt, V. Carli*Department of Reliability and System Integration, Fraunhofer Institute for Structural Durability and System Reliability LBF, Darmstadt, Germany

12:30 LUNCH

14:00 Probability-based damage assessment on a composite door surrounding structure

135

M. Moix Bonet*, B. Eckstein, P. Wierach*German Aerospace Center, Braunschweig, Germany

14:20 The potential of fuse-like sensing systems in engineering structures – operating applications in civil aircraft and chemical installations

380

H. Pfeiffer*, J. Perremans, H. Sekler, M. Schoonacker, M. Wevers*Department of Materials Engineering (MTM), KU Leuven (University of Leuven), Leuven, Belgium

Wednesday, July 6th

23

14:40 Additive manufacturing for novel structural health monitoring systems 367M. Strantza*, M. Hinderdael, D. De Baere, I. Vandendael, H. Terryn, D. Van Hemelrijck, P. Guillaume*Mechanics of Materials and Constructions, Vrije Universiteit Brussel, Brussels, Belgium

15:00 Integrated SHM for aircraft wing and fuselage with built-in and mobile UPI systems in Smart Hangar

116

H. Shin, D. Bae, J. Lee**Department of Aerospace Engineering, Korea Advanced Institute of Science and Technology, Daejeon, South Korea

15:20 An Innovative Health Monitoring System for Aircraft Landing Gears 441G. Perone, M. Bruno, F. Bocchetto, G. Breglio*, M. Pugliese, A. Calandra, A. Nocella, A. Cavallari, S. Schisano Lo Moriello, G. Capuano, D. Rossetti*Department of Electrical Engineering and Information Technology, University of Naples Federico II, Napoli, Italy

15:40 Landing Gear Structural Health Prognostic/Diagnostic System 12C. Forrest*, A. Molina*Chad Forrest,, ES3, Inc., Clearfield, USA

16:00 POSTERS-2 (Coffee & Drinks will be served)

16:30 Further Results Of Lamb Waves Approach To Assess Corrosion Damage In An Aeronautical Aluminum Alloy

94

G. Prado*, A. Tamba, F. Dotta, L. Vieira, R. Rulli, G. Silva, J. Costa*Embraer, São José dos Campos, Brazil

16:50 Data based classifiers for identification of aircraft landing characteristics 76G. Holmes*, A. Thomas, W. Capener, K. Worden, E. Cross*Mechanical Engineering, University of Sheffield, Sheffield, United Kingdom

17:10 Multi-level repair decision-making process for composite structures 11V. Dhanisetty*, V. Dhanisetty*, W. Verhagen, R. Curran*Aerospace Engineering - Air Transport & Operations, Delft University of Technology, Delft, Netherlands

17:30 Correlation of Structural Lifetime to Mission Utilization for Military Aircraft 1J. Newcamp*, W. Verhagen, R. Curran*Air Transport and Operations, Delft University of Technology, Den Haag, NL, Netherlands

17:50 Non-destructive Ageing State Determination of Solid Rocket Motor Charges 423G. Tussiwand*, L. Eineder, G. Mußbach, M. Bohn*MBDA Bayern-Chemie GmbH, Aschau am Inn, Germany

18:10 An Active Sensing Concept to Monitor Changes in Properties of Solid Propellant Grains

105

C. Lopatin*, D. Grinstein*Aerospace Engineering, Technion Israel Institute of Technology, Haifa, Israel

Wednesday, July 6th

24

18:30 Strain monitoring on a composite aircraft cabin with fiber optic sensors 310P. Fernández Díaz-Maroto*, A. Fernández López, R. Fernández Valderas, N. Gutiérrez Vázquez, F. Lasagni, A. Güemes* Polytechnic University of Madrid (UPM), Madrid, Spain

SHM APPLICATION TO RAILWAY INDUSTRY ROOM A3BSession Chairs: Claus Peter Fritzen (Univ Siegen), Y.Q. Ni, (Hong Kong Polytechnic University, China)

09:30 A Novel Full Scale Roller Rig Test Bench for SHM Concepts of Railway Vehicles 331H. Jung*, T. Münker, G. Kampmann, K. Rave, C. Fritzen, O. Nelles*Institute of Mechanics and Control Engineering- Mechatronics, University of Siegen, Siegen, Germany

09:50 Condition Monitoring of a Weak Railway Bridge by Axel Load and Structure Resistance Evaluation

288

M. Vospernig*, R. Wagner, G. Gasparin*REVOTEC zt GMBH, Wien, Austria

10:10 Multi-channel MFL Sensing based NDE Technique for Automated Defect Detection of Railway

274

J. Kim*, J. Park, S. Park*Sungkyunkwan University, SUWON, South Korea

10:30 COFFEE BREAK

11:00 Health monitoring and damage assessment using a georadar: case studies and challenges in Cuba

239

E. Chagoyén Méndez*, R. Ramírez Díaz, A. Claro Duménigo, M. Rodríguez Castellanos, V. Elena Parnas, G. Aragón, D. Curbelo Concepción, C. Recarey Morfa, G. Lombart, D. Roose*Civil Engineering, Universidad Central “Marta Abreu” de Las Villas, Santa Clara, Cuba

11:20 Fiber Optic Sensing System for Weighing In Motion (WIM) and Wheel Flat Detection (WFD) in railways assets: the TWBCS system

199

A. Iele*, V. Lopez, A. Laudati, N. Mazzino, G. Bocchetti, A. Cusano, A. Cutolo*Optoelectronic Division - Engineering Department, University of Sannio, Benevento, Italy

11:40 Guided wave-based inspection methodology for high speed train hollow axles 104L. Cheng*, A. Ziaja*Mechanical Engineering, Hong Kong Polytechnic University, Hong Kong, Hong Kong, China

12:00 Detect Rail Crack Acoustic Emission based on Frequency Gaussian 404W. Liang*, Z. Chen, H. He, D. Qin*Sichuan Southwest Jiaotong University Railway Development Company, Chengdu, China

12:20! Defect detection of rail wheels by dynamic signature 454Yi Qing NIHong Kong Polytechnic University,!!Hong Kong, China

12:30 LUNCH

NEW CONCEPTS AND SENSORS BASED ON MICRO AND NANOTECHNOLOGIES ROOM A3BSession Chairs: Nieves Murillo (Tecnalia, Spain), S. Lanceros-Méndez (Univ Minho, Portugal)

Wednesday, July 6th

25

14:00 Large deformation piezoresistive sensors based in thermoplastic elastomers matrixes and nanoparticles reinforcement

269

S. Lanceros-mendez*, P. Costa, J. Vicente, J. Abete, A. Iturrospe*BCMaterials, Derio, Spain

14:20 A Coatable, Lightweight Nanocomposite Sensor for in-situ Acquisition of Ultrasonic Waves and Its Application to Embeddable Structural Health Monitoring

158

M. Liu, Z. Zeng, H. Xu, Z. Su*, L. Zhou, Z. Zhang*Department of Mechanical Engineering, The Hong Kong Polytechnic University, Hong Kong, Hong Kong, China

14:40 Skin-like Sensor Enabled Bridge Structural Health Monitoring System 114K. Loupos*, A. Amditis, A. Tsertou, V. Kalidromitis, S. Camarinopoulos, S. Lenas, A. Anastasopoulos, K. Lenz, M. Hill, A. Adesiyun, B. Frankenstein, R. Gerhard, Y. Damigos*Institute of Communication and Computer Systems, Athens, Greece

15:00 Electric 3D printed circuits using a paste extruder technology for detecting strain and damage in glass fiber laminates

350

J. Manzano*, M. Sánchez, J. Rams, A. Ureña*Materials Science and Engineering Area, University King Juan Carlos (URJC), Madrid, Spain

15:20 Surface modification of continuous fibers with carbon nanostructures to get self-sensing capabilities

360

A. Jimenez-Suarez*, R. Moriche, M. Sánchez, M. Campo, S. Prolongo, A. Ureña*Materials Science and Engineering Area, Universidad Rey Juan Carlos, Móstoles, Spain

15:40 Structural health monitoring in multiscale composite materials: nanoreinforced epoxy matrices and coated fabrics

358

R. Moriche*, M. Sánchez, S. Prolongo, A. Jimenez-Suarez, A. Ureña*Materials Science and Engineering Area, University Rey Juan Carlos, Móstoles, Spain

16:00 POSTERS-2 (Coffee & Drinks will be served)

SHM BY ADDITTION OF NANOPARTICLES ROOM A3BSession Chairs: A Urena, J Rams (URJC, Spain), Sonia Florez (Tecnalia, Spain)

16:30 Rapidly Assembled Graphene-based Coatings for Structural Sensing 252L. Wang, K. Loh*, W. Chiang*Department of Structural Engineering, University of California, San Diego, La Jolla, USA

16:50 Piezoresistivity of CNT fibers for SHM applications 418S. Frutos, J. Fernández*, B. Más, Á. Ridruejo, J. Vilatela*IMDEA Materials Institute, Getafe, Spain

17:10 An analytical model to correlate the damage state and the electrical resistance change in symmetric laminates

306

M. Zappalorto*, F. Panozzo, P. Carraro, M. Quaresimin*Department of Engineering and Management of Industrial Systems, University of Padova, Vicenza, Italy

Wednesday, July 6th

26

17:30 Colorimetric pH- and Mechano-Responsive Poly(Ionic Liquid) Films Utilizing Plasmon Coupling Between Gold Nanoparticles

53

C. Brubaker*, I. Njoroge, T. Frecker, K. Jennings, D. Adams*Civil Engineering, Vanderbilt University, Nashville, USA

17:50 Shear Stress Monitoring of a Single-Lap Joint Using Inkjet-Printed Carbon Nanotube Strain Distribution Sensor

280

Y. Zhao*, M. Schagerl*Institute of Constructive Lightweight Design, Johannes Kepler University Linz (JKU), Linz, Austria

18:10 An analytical and experimental study on the piezoresistive behaviour of polymers doped with carbon nanotubes

307

F. Panozzo*, M. Zappalorto, M. Quaresimin*Department of Engineering and Management of Industrial Systems, University of Padova, Vicenza, Italy

18:30 Structural Health Monitoring of Bonded Joints Using CNT Doped Adhesives 176X. Fernández Sánchez-Romate*, M. Sánchez, C. García-Nieto, J. Molinero, A. Jimenez-Suarez, A. Güemes, A. Ureña***Department of Materials Science Engineering, University of Rey Juan Carlos (URJC), Madrid, Spain

CIVIL STRUCTURES. MODELING, EXPERIMENTAL DEMONSTRATIONS ROOM A4Session Chairs: W. Habel (BAM Berlin, Germany), J Lynch (Univ. Michigan, USA), D. Inaudi (Smartec, Switzerland)

09:30 Civil Infrastructure Monitoring with Smartphone Sensors and Citizen Participation 2E. Ozer*, M. Feng*Ekin Ozer, Maria Q. Feng, Columbia University, New York, USA

09:50 Microwave Radar with Transponder for Three-Dimensional Displacement Measurement in Structural Health Monitoring

64

X. Peng*, W. Chen**, B. Shao*College of Optoelectronic Engineering, Chongqing University, Chongqing University, Chongqing, China, Chongqing, China

10:10 ANN based tensile force estimation using embedded EM sensor 434J. Kim*, H. Lee, S. Park*Sungkyunkwan University, Suwon, South Korea

10:30 COFFEE BREAK

10:30 Advanced monitoring system applied to Colle Isarco viaduct 110C. Cappello**, A. Beltempo*, A. Bonelli, C. Costa, D. Bolognani, O. Bursi, D. Zonta*Departement of Civil, Environmental and Mechanical Engineering, University of Trento, Trento, Italy

SHM FOR BUILDINGS ROOM A4Session Chair: M. Limongelli (Politecnico de Milano, Italy)

11:00 Design strategy of structural health monitoring system consisting of four sensors for tall buildings

245

A. Mita*, K. Hirai, S. Ozawa*Department of System Design Engineering, Keio University, Yokohama, Japan

Wednesday, July 6th

27

11:20 Structural health monitoring of cultural heritage structures: Applications on Peristyle of Diocletian`s Palace in Split

443

I. Duvnjak*, D. Damjanovi , J. Krolo*University of Zagreb Faculty of Civil Engineering (UNIZGCE), Zagreb, Croatia

11:40 Structural Health Monitoring and Vulnerability Assessment of Buildings in Earthquake Prone Areas

410

S. Tyagunov*, Y. Petryna*Chair of Structural Mechanics, Technische Universität Berlin, Berlin, Germany

12:00 Tracking modal parameters from building seismic response measurements 54C. Loh*, N. Yeh, J. Chen, T. Wu*Civil Engineering Department, National Taiwan University, Taipei, Taiwan, Republic of China

12:20 Observations on the Structural Response of two Historical Structures from Earthquake and Explosion Recordings

419

E. Cakti*, E. afak, E. Dar, N. Yenihayat*Department of Earthquake Engineering, Bogazici University, KOERI, Istanbul, Turkey

12:30 LUNCH

OPERATIONAL MODAL ANALYSIS ROOM A4Session Chairs: L. Mevel (INRIA, France), A. Mita (Keio Univ., Japan)

14:00 Modal tracking with only a few of sensors: application to a residential building 248J. García-Palacios*, J. Soria, I. Díaz, F. Tirado-Andrés*Civil Engineering, Technical University of Madrid, Madrid, Spain

14:20 Structural damage localization using the modal interpolation method 81M. LimongelliDepartment of Architecture, Built Environment and Construction Engineering, Politecnico di Milano, Milano, Italy

14:40 A comparative study of frequency-domain finite element updating approaches using different optimization procedures

430

X. Dong, Y. Wang**School of Civil and Environmental Engineering, Georgia Institute of Technology, Atlanta, USA

15:00 A Proposal of Mode Shape Estimation Method Using Pseudo-Modal Response : Applied to Steel Bridge in Building

101

D. Kim*, H. Shim, H. Park*Department of Architectural Engineering, Yonsei University, Seoul, South Korea

15:20 Output-only structural health monitoring based on mean shift clustering for vibration-based damage detection

126

A. Santos*, M. Silva, R. Santos, E. Figueiredo, C. Sales, J. Costa*Applied Electromagnetism Laboratory, Federal University of Pará, Belém, Brazil

15:40 A damage detection approach based on wavelet analysis and noise estimation of mode shapes

234

M. Solis*, M. Algaba, P. Galvin, A. Benjumea*Department of Continuum Mechanics, University of Sevilla, Sevilla, Spain

Wednesday, July 6th

28

16:00 POSTERS-2 (Coffee & Drinks will be served)

16:30 Embedded subspace-based modal analysis and uncertainty quantification on wireless sensor platform PEGASE

319

V. Le Cam**, M. Döhler*, M. Le Pen, I. Gueguen, L. Mevel*Inria, Rennes, France

16:50 Structural damage detection using the estimated vibration response 235M. Zhang*, R. Schmidt, B. Markert*Institute of General Mechanics, RWTH Aachen University, Aachen, Germany

17:10 Assessment of sub-Nyquist deterministic and random data sampling techniques for operational modal analysis

240

K. Gkoktsi, A. Giaralis**Department of Civil Engineering, City University London, London, United Kingdom

17:30 On the use of Second Order Blind Identication for the characterization of the environmental influence on modal parameter estimates

425

C. Rainieri*, D. Gargaro, G. Fabbrocino*Structural and Geotechnical Dynamics Laboratory, University of Molise, Campobasso, Italy

17:50 Study of Bridge Structural State Evolution Based on Nonlinear Vibration 449Y. JianxiChonqqing Jiaotong University, Chongqing, China

SHM APPLICATION TO WIND TURBINES ROOM B1Session Chairs: W. Ostachowicz (Polish Academy of Sciences, Poland), P. Malinowski, M. McGugan, A. Fernandez-Lopez

09:30 Structural Health Monitoring tools for late and end of life management of Offshore Wind Turbines

378

M. McGugan*, S. McKirdy*Department of Wind Energy, Technical University of Denmark, Roskilde, Denmark

09:50 Damage Detection in Laboratory Scale Model of the Offshore Support Structure Using Two Different Measurement Techniques

382

M. Mieloszyk*, M. Luczak, E. Mucchi, J. Telega, W. Ostachowicz* Institute of Fluid-Flow Machinery Polish Academy of Sciences (IFFM PASci), Gdansk, Poland

10:10 Texture Analysis for Wind Turbine Fault Detection 334L. Mujica*, M. Ruiz, L. Acho, S. Alférez, C. Tutivén, Y. Vidal, J. Rodellar*Department of Mathematics, Universitat Politécnica de Catalunya (UPC), Barcelona, Spain

10:30 COFFEE BREAK

11:00 Wind turbine fault detection through principal component analysis and multivariate statistical inference

210

F. Pozo*, Y. Vidal, L. Acho*Department of Mathematics, Universitat Politècnica de Catalunya, Barcelona, Spain

11:20 Optimization of a wind turbine vibration based SHM system 308G. Oliveira, F. Magalhães*, Á. Cunha, E. Caetano*Civil Engineering, Faculty of Engineering, University of Porto, Porto, Portugal

Wednesday, July 6th

29

11:40 Efficient neuro-fuzzy damage severity estimation in an experimental wind turbine blade using the Fukunaga-Koontz transform of vibration signal correlations

60

S. Hoell*, P. Omenzetter*LRF Centre for Safety and Reliability Engineering, University of Aberdeen, Aberdeen, United Kingdom

12:00 Active vibration-based SHM system: demonstration on an operating Vestas V27 wind turbine

32

D. Tcherniak*, L. Mølgaard*Innovation group, Bruel & Kjaer SVM, Naerum, Denmark

12:20 Detection and identification of a damaged blade without stopping the wind turbine

31

D. TcherniakInnovation group, Bruel & Kjaer SVM, Naerum, Denmark

12:30 LUNCH

14:00 Continuous Monitoring of the Structural Condition of the Tower and Supporting Structure of Floating and Static Offshore Wind Turbines

65

Á. Angulo*, S. Soua, J. Kanfoud, T. Gan, C. Herve

*Condition and Structural Health Monitoring, TWI Ltd, Cambridge, United Kingdom

14:20 Monitoring of Wind Turbine structures with concrete-steel hybrid tower design 115M. Botz*, S. Oberländer, M. Raith, C. Grosse*Chair of Non-destructive Testing, Technical University of Munich (TUM), Munich, Germany

14:40 Optimization of the Return-On-Investment (ROI) based on RAM-LCC analysis. A wind energy sector case study

49

A. Erguido*, E. Castellano, J. Gómez, A. Márquez*Advanced Manufacturing Technologies, IK4 Ikerlan, Mondragon, Spain

15:00 Remaining useful life assessment of offshore wind turbines: Validation of virtual sensing on long term measurements

133

A. Iliopoulos*, W. Weijtjens, D. Van Hemelrijck, C. Devriendt*Mechanics of Materials and Constructions, Vrije Universiteit Brussel, Brussels, Belgium

15:20 Fleet-wise structural health monitoring of (offshore) wind turbine foundations 292W. Weijtjens*, N. Noppe, T. Verbelen, C. Devriendt*AVRG, Vrije Universiteit Brussel, Brussels, Belgium

15:40 Damage Localization at Wind Turbine Support Structures Using Sequential Quadratic Programming for Model Updating

161

K. Schröder*, R. Rolfes, C. Gebhardt*Institute of Structural Analysis, University of Hanover, Hanover, Germany

16:00 POSTERS-2 (Coffee & Drinks will be served)

16:30 Corrosion and fatigue health monitoring systems appraisal for offshore steel structures

205

M. Denecker*, L. Gaillet, S. Chataigner, J. David, R. Michel, Y. Falaise* IFSTTAR, Bouguenais Cedex, France

Wednesday, July 6th

30

16:50 Influence of Environmental Conditions and Damage on the Modal Properties of a Small Scale Wind Turbine – A Case Study

313

C. Fritzen, C. Schmidt, D. Ginsberg**, I. Mueller*, T. Carolus, K. Volkmer*Department of Mechanical Engineering, University of Siegen, Siegen, Germany

17:10 Potentials and Strategies for applying Structural Health Monitoring within the Wind turbine industry

323

L. Damkilde*, M. Ulriksen, D. Tcherniak, R. Johansen*Department of Civil Engineering, Aalborg University, Esbjerg, Denmark

17:30 Experimental validation of stochastic subspace algorithms for structural health monitoring of offshore wind turbine towers and foundations

291

P. Kraemer*, C. Ebert, H. Friedmann, J. Mahowald, B. Wölfel*Wölfel Engineering GmbH + Co. KG, Höchberg, Germany

17:50 Condition monitoring, structural health monitoring, population monitoring – Approach to a definition of the different concepts by means of practical examples from the field of wind energy

339

H. Friedmann*, P. Kraemer*Wölfel Engineering GmbH+Co. KG, Höchberg, Germany

18:10 Combining a vibration-based SHM-scheme and an airborne sound approach for damage detection on wind turbine rotor blades

221

S. Tsiapoki*, T. Krause, M. Häckell, R. Rolfes, J. Ostermann* Institute of Structural Analysis (ISD), Leibniz Universität Hannover, Hanover, Germany

18:30 High-dimensional data analysis for early fault detection in wind turbines 152E. S. Nadimi*, J. Herp, V. Blanes-Vidal*Maersk Mc-Kinney Moller Inst. (Electrical Engineering), University of Southern Denmark (SDU), Odense, Denmark

PIEZOELECTRICS AS SENSORS/ACTUATORS ROOM C1Session Chairs: Vincent Le Cam (IFSTTAR, F), Luca de Marchi (Univ. Bologna, IT), Tadeusz Uhl (AGH Univ., Poland)

09:30 Damage Detection in Metallic Plate Structures using d36-type Piezoelectric Phased Arrays

321

W. Wang*, J. Lynch**, H. Li*Key Lab of Structures Dynamic, School of Civil Engineering, Harbin Institute of Technology (HIT), Harbin, China

09:50 Combination of frequency shift and impedance-based method for robust temperature sensing using piezoceramic devices for SHM

62

E. Lize*, C. Hudin, N. Guenard, M. Rebillat, N. Mechbal, C. Bolzmacher*French Atomic Energy Commission (CEA), Palaiseau, France

10:10 Application of Piezoelectric devices for Train Weight-In-Motion (WIM) during Bridge Passages: A Feasibility Study

130

P. Cahill, A. Mathewson, V. Pakrashi**University College Cork, Ireland, Cork, Ireland

10:30 COFFEE BREAK

CONDITION MONITORING OF ROTATING MACHINERY ROOM C1Session Chairs: J. Kullaa (Helsinki Metropolia Univ., Finland), A. Iturrospe (Mondragon Univ, Spain)

Wednesday, July 6th

31

11:00 Validation of a physical model for rolling element bearings with diagnosis purposes

88

U. Leturiondo*, O. Salgado, D. Galar*IK4-Ikerlan, Arrasate-Mondragón, Spain

11:20 Condition monitoring of bearings under medium and low rotational speed 42C. Freitas*, P. Morais, J. Cuenca, A. Ompusunggu, M. Sarrazin, K. Janssens*Siemens Industry Software NV, Leuven, Belgium

11:40 Diagnostic approaches for epicyclic gearboxes condition monitoring 225Z. Dworakowski*, A. Jablonski, P. Kijanka, K. Dziedziech, T. Uhl*Department of Robotics and Mechatronics, AGH University of Science and Technology, Krakow, Poland

12:00 Frequency-based damage detection of spur gear using wavelet analysis 168S. Wirtz*, N. Beganovic, P. Tenberge, D. Söffker*University of Duisburg-Essen, Chair of Dynamics and Control, Duisburg, Germany

12:20 Tip timing measurements for Structural Health Monitoring in a low-pressure turbine using three optical sensors

150

I. García*, J. Zubia**, J. Beloki, I. Ayesta, G. Aldabaldetreku*Department of Communications Engineering, University of the Basque Country (UPV/EHU), Bilbao, Spain

12:40 LUNCH

FATIGUE MONITORING FOR RESIDUAL LIFE-CYCLE ASSESSMENT AND MAINTENANCE ROOM C1Session Chairs: Eleni Chatzi (ETH Zürich), C. Papadimitriou (Univ Thessaly, Greece)

14:00 Output-only fatigue prediction of uncertain steel structures 351V. Dertimanis*, S. Eftekhar Azam, E. Chatzi, C. Papadimitriou*ETH Zürich, Zürich, Switzerland

14:20 A novel approach towards fatigue damage diagnostics and prognostics of composite materials utilizing SHM data and stochastic degradation modeling

284

T. Loutas*, N. Eleftheroglou*University of Patras, Greece, Patras, Greece

14:40 Real Time Fatigue Detection in Structures by Means of Strain Field Pattern Recognition

95

J. Sierra*, A. Güemes, A. Cuervo, F. Amaya, J. Álvarez* Universidad Pontificia Bolivariana (UPB), Medellin, Colombia

15:00 Monitoring of a bridge gusset plate during crack propagation with different measurement systems

175

S. Chowdhury*, V. Zabel*Civil Engineering, Bauhaus University weimar, Weimar, Germany

15:20 Rapidly Deployable Wireless Hull Monitoring System for Fatigue Life Assessment of Naval Vessels in High Seas

355

N. Johnson*, S. O’Connor, A. Magnus, M. Collette, J. Lynch***Civil & Environmental Engineering, Electrical Engineering & Computer Science, Naval Architecture & Marine Engineering, University of Michigan, Ann Arbor, USA

Wednesday, July 6th

32

15:40 A nonlinear ultrasonic stimulated thermography method for detecting fatigue cracks

402

G. Malfense Fierro*, D. Calla, D. Ginzburg, F. Ciampa, M. Meo*Mechanical Engineering, University of Bath, Bath, United Kingdom

16:00 POSTERS-2 (Coffee & Drinks will be served)16:30 Dynamic Response Estimation and Fatigue Prediction in a Linear Substructure of

a Complex Mechanical Assembly357

D. Giagopoulos*, A. Arailopoulos, S. Eftekhar Azam, C. Papadimitriou, E. Chatzi, K. Grompanopoulos*Department of Mechanical Engineering, University of Western Macedonia, Kozani, Greece

16:50 Fatigue crack modelling for damage detection 259J. Kullaa*, M. Miettinen***Helsinki Metropolia University of Applied Sciences, Metropolia, Finland

17:10 Removal of temperature-induced strain variations for fatigue crack detection in a real aeronautical structure

433

M. Corbetta*, C. Sbarufatti, E. Cross, M. Giglio*Dipartimento di Meccanica, Politecnico di Milano (PoliMi), Milan, Italy

17:30 Damage Precursor Index (DPI) Methodology for Metallic Structures 255E. Habtour*, D. Cole, C. Kube, M. Robeson, A. Dasgupta*Vehicle Technology Directorate, U.S. Army Research Laboratory, APG, USA

PLENARY SESSION ROOM A1Session Chairs: Fernando Martinez (Ikerlan R&D Center, Spain)

08:30 Keynote: Nonlinear Acoustics for Structural Health Monitoring – Classical .vs. Non-Classical ApproachesProf. W. Staszewski, AGH Univ., Poland

SHM SIMULATION ROOM A1Session Chairs: Christian Boller (University of Saarlandes, Germany), Roy Mahapatra (Indian Inst. Science, India)

09:00 Integration of Non-Destructive Evaluation based Ultrasonic Simulation (INDEUS) – A Means for Simulation in SHM

381

C. Boller*, D. Mahapatra, R. Sridaran Venkat, N. Balajee Ravi, N. Chakraborty, P. Starke, M. Steckel, D. Krishnamurthy*Materials Science, LZfPQ, Universität des Saarlandes, Saarbrücken, Germany

09:30 Combined Empirical and Analytical Virtual Sensing for Full-Field Dynamic Response Estimation

111

J. KullaaHelsinki Metropolia University of Applied Sciences, Metropolia, Finland

09:50 Simulation of SHM System Solutions Based on Commercial Software Packages 391R. Sridaran Venkat*, C. Boller, D. Roy Mahapatra, N. Ravi, N. Chakraborty*LZfPQ (Chair of Nondestructive Testing), Saarland University, Saarbruecken, Germany

Thursday, July 7th

Wednesday, July 6th

33

10:10 Methods and tools for model-based virtual sensors applied to condition monitoring

217

M. Gonzalez*, E. Esteban, O. Salgado, J. Croes, B. Pluymers, W. Desmet*IK4-Ikerlan, Arrasate-Mondragon, Spain

10:30 COFFEE BREAK

11:00 Simulation based Optimization of Sensor Network for SHM of Complex Structures 388D. Roy Mahapatra*, N. Ravi, N. Chakraborty*Aerospace Engineering, Indian Institute of Science, Bengaluru, India

11:20 A Study on Effectiveness of an SHM Sensor System for Fatigue Damage Inspection 387N. Ravi*, N. Chakraborty, M. Steckel, P. Betagiri, P. Raghuraman, R. Shivamurthy, R. Sridaran Venkat, D. Roy Mahapatra, C. Boller*Department of Aerospace Engineering, Indian Institute of Science (IISc), Bengaluru, India

11:40 Ultrasonic Guided Wave Simulation Performance Evaluation for QNDE-SHM Processes

384

N. Ravi*, N. Chakraborty, D. Roy Mahapatra, R. Sridaran Venkat, C. Boller*Department of Aerospace Engineering, Indian Institute of Science (IISc), Bengaluru, India

12:00 Monitoring and Health prognosis of Lithium-Ion battery system 282P. Górny*, P. Mróz, T. Uhl*Department of Robotics and Mechatronics, AGH University of Science and Technology, Cracow, Poland

12:20 Sensor placement technique using BaTiO3/epoxy resin piezoelectric composite sensors based on differential imaging method for damage detection in structural health monitoring

368

R. Sridaran Venkat*, O. Bareiro, C. Boller, J. Adam, A. Taltavull Cazcarra*LZfPQ (Chair of Nondestructive Testing), Saarland University, Saarbruecken, Germany

12:45 LUNCH

JASTAC: RESULTS OF TEN YEARS OF COOPERATION AIRBUS-JAPAN ON SHM ROOM A1Session Chairs: Nobuo Takeda (Univ Tokyo), Clemens Bockenheimer (Airbus)

14:00 JASTAC – The Japan Airbus SHM Technology for Aircraft Composite - A Project Résumé from Airbus Side

412

C. Bockenheimer*, C. De Miguel, P. Zahlen, C. Paget, A. Weisser*AIRBUS Operations, Bremen, Germany

14:20 Outline of the Japanese National Project on Structural Health Monitoring System for Aircraft Composite Structures and JASTAC Project

190

A. Isoe*, H. Kojima, K. Enomoto, N. Takeda*SOKEIZAI CENTER, KASHIWA, Japan

14:40 Development Overview of a Distributed Strain Sensing Technology Using Optical Fiber Sensors for Aircraft Structures

208

N. Saito*, T. Yari, K. Enomoto*Mitsubishi Heavy Industries, LTD., Nagoya, Japan

15:00 Optical Fiber Sensor based Impact Detection System for Aircraft Structures 189A. Kuraishi*, H. Mamizu**, Y. Nakamura, T. Wakayama, N. Takeda, K. Enomoto, H. Kojima, A. Isoe*Kawasaki Heavy Industries (KHI), Kakamigahara, Japan

Thursday, July 7th

34

15:20 Development of FBG-MFC hybrid SHM system for aircraft composite structures in collaboration study with Airbus

177

K. Takahashi*, H. Soejima, M. Hiraki, N. Takeda, H. Kojima* Engineering research & laboratories Dept. Aerospace company, Fuji Heavy Industries ltd., Utsunomiya-City, Japan

15:40 Life Cycle Monitoring and Quality Control of Aerospace Composite Structures 170N. Takeda*, S. Minakuchi*Graduate School of Frontier Sciences, The University of Tokyo, Kashiwa-shi, Japan

GUIDED WAVES BASED METHODS FOR SHM-II ROOM A2Session Chairs: P. Cawley (Imperial College, UK), Z. Su (Hong Kong Univ, China)

09:00 Practical guided wave SHM of pipes – processing multiple data sets to give reliable defect detection

47

P. Cawley*, C. Liu*Mechanical Engineering, Imperial College London, London, United Kingdom

09:30 The Benefits of Long Range Ultrasonic Sensors for the Efficient InLine Inspection and Corrosion Monitoring of Previously Non-piggable or Hard to Reach Pipelines

74

Á. Angulo*, S. Soua, T. Gan, A. Thoma, E. Kosmidis

*Condition and Structural Health Monitoring, TWI Ltd, Cambridge, United Kingdom

09:50 Analytically based time-reversal technique for damage localization and characterization in laminate composite structures

90

A. Eremin*, E. Glushkov, N. Glushkov, R. Lammering*Institute for Mathematics, Mechanics and Informatics, Kuban State University, Krasnodar, Russia

10:10 Monitoring of pipelines using guided waves generated by magnetostrictive transducers

108

P. Lenzuni*, F. Bertoncini, C. Mennuti, G. Augugliaro, C. De Petris, M. Raugi*Florence Regional Unit, Italian National Workers\’ Compansation Authority, Firenze, Italy

10:30 COFFEE BREAK

11:00 A Structural Health Monitoring Approach based on Contact Acoustic Nonlinearity and Its Application to Quantitative Evaluation of Fatigue Cracks

159

K. Wang, Z. Su**Department of Mechanical Engineering, The Hong Kong Polytechnic University, Hong Kong, Hong Kong, China

11:20 Damage Identification using Guided Waves on a Composite Skin-Stiffener Structure

143

R. Loendersloot*, M. Battley, T. Tinga*Engineering Technology, University of Twente, Enschede, Netherlands

11:40 Damage detection in composite materials 192T. Wandowski*, P. Kudela, P. Malinowski, L. Sarniak, R. Karczewski, W. Ostachowicz*Institute of Fluid-Flow Machinery PAS, Gdansk, Poland

Thursday, July 7th

35

12:00 Analysis of the propagation of ultrasonic waves along isotropic and non-isotropic materials using Pamela portable SHM system

265

J. Etxaniz*, L. Ambrozinski, G. Aranguren*Electronic Technology, University of the Basque Country, Bilbao, Spain

12:20 Integrated SHM System Based on Electromechanical Impedance and Guided Waves

203

P. Rizzo*, Z. Ma, A. Nasrollahi, W. Deng, V. Gulizzi*Civil and Environmental Engineering, University of Pittsburgh, Pittsburgh, USA

12:45 LUNCH

ULTRASONIC TESTING ROOM A2Session Chairs: C. de Miguel-Giraldo (Airbus Spain)

14:00 Lamb-Waves for Air-coupled Ultrasonic Testing with one-sided Access 137W. Hillger*, D. Ilse, L. Bühling*Ingenieurbüro Dr. Hillger, Braunschweig, Germany

14:20 Accelerated Laser Ultrasonic Scanning using Binary Search 33B. Park*, H. Sohn, P. Liu*Departments of Civil and Environmental Engineering, Korea Advanced Institute of Science and Technology (KAIST), Daejeon, South Korea

14:40 Ultrasonic Imaging Using Global Matched Coefficients 23S. Sternini*, T. Nguyen, F. Lanza di Scalea*Structural Engineering, University of California, San Diego (UCSD), La Jolla, USA

15:00 Structural Health Monitoring Ultrasonic System 162G. Aranguren*, J. Etxaniz**, E. Barrera, M. Ruiz, M. Olivares, I. Taboada, A. Urrutia, R. Melendez*Electronic technology, University of the Basque Country (UPV/EHU), Bilbao, Spain

15:20 Damage detection on thin walled structures with single frequency excitation and wavenumber filtering

261

S. Kang*, E. Flynn, J. Jeon, G. Park*Mechanical engineering, Chonnam National University, Gwangju, South Korea

15:40 Assessment of the impact of air voids on adhesive joints in rotor blades by use of NDT and FEA

406

D. Kova evi *, Y. Petryna, M. Petronijevi* Faculty of Civil Engineering University of Belgrade, Belgrade, Serbia

SHM FOR BRIDGES ROOM A3A Session Chairs: Dr. Jesus Isoird (Tecnalia, SPAIN), Dr. Belén Riveiro (Univ. Vigo), Dr. Fernando Moreu (Univ. of New Mexico)

09:00 Data Fusion of Accelerometers with Inclinometers for Reference-free High Fidelity Displacement Estimation

343

A. Ozdagli*, F. Moreu**, J. Gomez, S. Vemuganti, P. Garg*Department of Civil Engineering, University of New Mexico, Albuquerque, USA

Thursday, July 7th

36

09:30 Damage diagnosis of cable-stayed bridges based on the variation of stay cable forces

34

C. Chen*, W. Wu, C. Liu*Department of Construction Engineering, National Yunlin University of S & T, Yunlin, Taiwan, Republic of China

09:50 General Selection Criterion for Time Lag Parameter in Applications of Stochastic Subspace Identification for Civil Structures

29

W. Wu*, S. Wang, C. Chen, G. Lai

*Department of Construction Engineering, National Yunlin University of S & T, Touliu, Yunlin, Taiwan, Republic of China

10:10 Integrated Modeling and Monitoring of the Medieval Bridge Azzone Visconti 103L. Barazzetti*, F. Banfi, R. Brumana, M. Previtali, F. Roncoroni*Politecnico di Milano, Lecco, Italy

10:30 COFFEE BREAK

11:00 20 Years of SHM 75D. InaudiSMARTEC SA, Manno, Switzerland

11:20 Vibration Based Damage Detection Techniques for Small to Medium Span Bridges: A Review and Case Study

36

J. Moughty*, J. Casas*Dept. of Civil Engineering, Polytechnic University of Catalonia (UPC), Barcelona, Spain SHM for bridges

11:40 The potential of the TLS and GPR methods for the SHM of masonry arch bridges 128M. Solla*, B. Riveiro, B. Conde-Carnero, P. Arias, H. Lorenzo*Defense University Center, Marin, Spain

12:00 Sensory system development for bridge scour early warning 243Y. Lin*, J. Lai, K. Chang*National Center for Research on Earthquake Engineering, Taipei, Taiwan, Republic of China

12:20 Resilience monitoring of bridge networks 236M. Ettouney*, S. Alampalli*Mohammed Ettouney, LLC, West New York, USA

12:40 Disaster Monitoring, Early-warning and Emergency Management of Long-span Bridges

361

X. Yan*, X. Wang, S. Cai, X. Li, K. Luo*Bridge Technology Research Center, Research Institute of Highway Ministry Transport (RIOH), Beijing, China

13:00 LUNCH

14:00 Modal Identification of Bridges based on Continuous Dynamic Monitoring 427M. Xu**, L. Santos*, T. Vieira*Department of Structures, National Laboratory for Civil Engineering, Lisboa, Portugal

Thursday, July 7th

37

14:20 Structural Monitoring and Analysis of Bridges for Emergency Response 353Y. Kaya*, C. Ventura*The University of British Columbia, Vancouver, Canada

14:40 Development of site-specific live load models for bridge condition assessment based on long-term SHM data

385

Y. Xia*, Y. Ni***Department of Civil and Environmental Engineering, The Hong Kong Polytechnic University, Hong Kong, Hong Kong, China

15:00 Evaluation of data-driven methods for damage detection under environmental effects – application to a cable stayed bridge

344

E. Tomé**, M. Pimentel*, J. Figueiras*University of Porto, Faculty of Engineering, Porto, Portugal

15:20 Effects of Energy Harvesting Potential for Bridge Monitoring over its Life-Cycle 131P. Cahill, C. Hanley, A. Mathewson, V. Jaksic, V. Pakrashi**University College Cork, Ireland, Cork, Ireland

15:40 Economical assessment of the SHM system of the Rio Papaloapan bridge 155J. Quintana Rodriguez*, F. Carrion Viramontes, S. Crespo Sanchez, J. Hernandez Figueroa, H. Gasca Zamora*Instituto Mexicano del transporte “Mexican Institute of transport”, Queretaro, Mexico

SIGNAL PROCESSING TECHNIQUES ROOM A3B Session Chairs: A. Suleman (Univ Victoria, Canada), J.M. Vega (UPM, Madrid)

09:00 Combining active thermograhics and topological derivative 342J. Vega*, J. Perales, M. Rapun, M. Higuera*E.T. S.I. Aeronáutica y del Espacio, Universidad Politécnica de Madrid, Madrid, Spain

09:30 On the use of unsupervised response–only vibration–based damage detection methods for a population of composite structures

186

K. Vamvoudakis-Stefanou**, J. Sakellariou, S. Fassois**University of Patras, Patras, Greece

09:50 Damage identification in longitudinally vibrating rods based on quasi-isospectral operators

188

E. Turco*, A. Bilotta, A. Morassi*DADU, Università di Sassari, Alghero, Italy

10:10 Predicting Thermal Response for Structural Health Monitoring using Blind Source Separation Method

263

Y. Zhu*, A. Jesus, I. Laory*School of Engineering, The University of Warwick, Coventry, United Kingdom

10:30 COFFEE BREAK

11:00 Data Visualization Approach for Operational Loading Variations of an Aircraft Wing Box using Vibration based Damage Detection

437

S. Abdul rahim*, G. Manson, K. Worden*Mechanical Engineering, University of Sheffield (UOS), Sheffield, United Kingdom

Thursday, July 7th

38

11:20 Crack identification in non-uniform bending vibrating beams by minimal frequency data

439

A. Morassi*, J. Fernandez-Saez*Polytechnic Department of Engineering and Architecture, University of Udine, Udine, Italy

11:40 Structural Damage detection and classification based on Machine learning algorithms

309

D. Tibaduiza Burgos*, J. Vitola, M. Anaya, F. Pozo*Faculty of Electronics Engineering, Universidad Santo Tomas, Bogota, Colombia

12:00 Environmental effect compensation for damage detection in structures using Artificial Neural Networks and Chirplet Transform

314

J. García-Alonso*, A. Fernández-López**, I. González-Requena, A. Güemes*Departamento de materiales y producción aeroespacial, Universidad Politécnica de Madrid, Madrid, Spain

12:20 Damage feature extraction from measured Lamb wave signals using a model-based approach

393

C. Dürager*, C. Boller, A. Cornish*SR Techncis, Zurich, Switzerland

12:45 LUNCH

NEURAL NETWORKS AND AI APPROACHES ROOM A3B Session Chairs: Luis Mujica (UPC, Spain), Peter Kraemer (Wölfel Engineering GmbH, Germany)

14:00 Application of Principles of Artificial General Intelligence in Structural Health Monitoring

22

A. SerovResearch Group of Automatic Intelligent Data Acquisition [RG AIDA], Moscow, Russia

14:20 A novel approach to damage classification based on bispectral analysis and neural network

68

M. Civera*, L. Zanotti Fragonara**, C. Surace*Department of Structural, Building and Geotechnical engineering, Polytechnic of Turin, Turin, Italy

14:40 Machine Learning Techniques for Automatic Sensor Fault Detection in Airborne SHM Networks

96

T. MeliaCurtiss-Wright, Dublin, Ireland

15:00 Damage localization using modal submatrix scaling factor and neural network 166M. Torbol*, K. Park, D. Darsono*School of Urban and Environmental Engineering, Ulsan National Institute of Science and Technology, Ulsan, South Korea

15:20 An assessment of the effect of random noise in the frequency measurements of a vibration-based SHM system with Artificial Neural Network damage predictor

302

V. Ramírez*, J. Hermida, D. Huertos, B. Sánchez, D. Garijo*Safran Engineering Services, Madrid, Spain

Thursday, July 7th

39

15:40 Machine learning algorithms for structural health monitoring 21K. Smarsly*, K. Dragos**, S. Chowdhury, J. Wiggenbrock*Civil Engineering, Bauhaus University Weimar, Weimar, Germany

COST ACTION 1402. HEALTH MONITORING AND STRUCTURAL PERFORMANCE ASSESSMENT ROOM A4 Session Chairs: Michael Döhler (INRIA), Geert Lombaert, Eleni Chatzi (ETHZ, Switzerland), Sebastian Thöns (TUD, Denmark)

09:00 A formal approach to structural health monitoring design 93C. Cappello*, D. Sigurdardottir, B. Glisic, D. Zonta, M. Pozzi*Department of civil, environmental and mechanical engineering, University of Trento, Trento, Italy

09:30 Quantifying the value of seismic monitoring for the building owner 118P. Omenzetter*, M. Limongelli, U. Yazgan*The University of Aberdeen, Aberdeen, United Kingdom

09:50 Damage Detection Reliability Determination for Structural Systems 289M. Döhler*, S. Thöns*Inria, Rennes, France

10:10 The Influence of Brittle Daniels System Characteristics on the Value of Load Monitoring Information

442

S. Thöns*, R. Schneider*Department of Civil Engineering, Technical University of Denmark, Kgs. Lyngby, Denmark

10:30 COFFEE BREAK

11:00 Long-term performance of prestressed concrete bridges 233H. Sousa*, L. Santos*Civil & Environmental Engineering, University of Surrey, Guildford, United Kingdom

11:20 Performance evaluation of a suspension bridge excited by wind and traffic induced action

294

J. Snaebjoernsson*, E. Cheynet, J. Bogunovic Jakobsen*School of Science and Engineering, Reykjavik University (RU), Reykjavík, Iceland

11:40 Illustrating the relevance of SHM in a case study: the Foz Tua centenary railway bridge

303

F. Magalhães*, J. Pacheco, Á. Cunha*Civil Engineering, Faculty of Engineering, University of Porto, Porto, Portugal

12:00 Development of key performance indicators for the structural assessment of heritage buildings

363

M. Masciotta*, L. Ramos, P. Lourenço, J. Matos*Department of Civil Engineering, University of Minho, Guimaraes, Portugal

12:20 Adaptive Energy Consumption Optimization Using IoT-based Wireless Sensor Networks and Structural Health Monitoring Systems

125

G. Cimellaro*, E. Sheikhi, S. Mahin*Department of Structural, Geotechnical & Building Engineering (DISEG), Politecnico di Torino, Turin, Italy

Thursday, July 7th

40

12:45 LUNCH

14:00 A novel bi-component Structural Health Monitoring strategy for deriving global models of operational Wind Turbines

144

S. Bogoevska*, M. Spyridonakos, E. Chatzi, E. Dumova-Jovanoska, R. Höffer*Structural Analysis, Saints Cyril and Methodius University of Skopje, Civil Engineering Faculty, Skopje, Macedonia

14:20 Validation of joint input-state estimation for force identification and response estimation in structural dynamics

149

K. Maes*, K. Van Nimmen, E. Lourens, A. Rezayat, P. Guillaume, G. De Roeck, G. Lombaert*Civil Engineering Department, KU Leuven, Leuven, Belgium

14:40 Towards extraction of vibration-based damage indicators 227M. Limongelli*, E. Chatzi, M. Döhler, G. Lombaert, E. Reynders*Department of Architecture, Built Environment and Construction Engineering, Politecnico di Milano, Milano, Italy

15:00 Structural Health Monitoring through Video Recording 359M. Zimmermann**, U. Gülan, Y. Harmanci*, E. Chatzi, M. Holzner*Institute of Structural Engineering, Swiss Federal Institute of Technology, Zurich (ETH Zurich), Zurich, Switzerland

15:20 Identification of modal strains of a pre-stressed concrete beam during progressive damage testing

431

D. Anastasopoulos*, K. De Wilder, B. De Pauw, U. Nawrot, T. Geernaert, G. De Roeck, F. Berghmans, L. Vandewalle, E. Reynders*Department of Civil Engineering, KU Leuven, Leuven, Belgium

15:40 Signal Processing for Time Domain Analysis of Impact Hammer Test Data 438Y. WangDepartment of Civil and Environmental Engineering, University of Surrey, Guildford, United Kingdom

SMART COMPOSITE STRUCTURES ROOM B1 Session Chairs: Fernando Rodriguez-Lence (FIDAMC, Spain), F. Aliabadi (Imperial College, UK)

09:00 An optimization strategy for best sensor placement for damage detection and localization in complex composite structures

383

Z. Sharif Khodaei*, F. Aliabadi*Aeronautics, Imperial College London, London, United Kingdom

09:30 Validation testing of an integrated process and structural health monitoring system based on piezoelectric sensors on a PAX door edgemember made by RTM

17

M. Scheerer*, Z. Simon, M. Marischler, T. Roser, B. Rittenschober*Polymer Composites Group, Aerospace & Advanced Composites GmbH, Wiener Neustadt, Austria

09:50 Energy harvesting for a self-powered compact Structural Health Monitoring system based on Acoustic Emission

20

D. Crivelli*, C. Featherston, R. Pullin*School of Engineering, Cardiff University, Cardiff, United Kingdom

Thursday, July 7th

41

10:10 Acoustic emission for assessment of impact and lightning damage to woven carbon fibre laminates

19

D. Crivelli*, T. Vinestock, M. Eaton, D. Mitchard, R. Pullin*School of Engineering, Cardiff University, Cardiff, United Kingdom

10:30 COFFEE BREAK

11:00 A novel approach of impact load identification for composite structures 28G. Yan*, H. Sun, O. Büyüköztürk*College of Aerospace Engineering, Nanjing University of Aeronautics and Astronautics, Nanjing, China

11:20 An experimental investigation on the adhesion of printed electronics on fiber reinforced composites

41

F. Heinrich*, R. Lammering*Institute of Mechanics, Helmut-Schmidt-University, Hamburg, Germany

11:40 Laser shock a novel way to generate calibrated delamination in composites: concept and first results

59

M. Ghrib*, L. Berthe, M. Rebillat, N. Mechbal, M. Guskov, M. Boustie, R. Ecault*Processes and Engineering in Mechanics and Materials laboratory (PIMM), Arts et Métiers ParisTech, Paris, France

12:00 Assessment of impact and post-impact behaviour for certain types of sandwich composites

163

N. Constantin*, M. Sandu, A. Sandu, M. Gavan, C. Epuran, B. Patrau*Strength of Materials, Laboratory for Integrity Evaluation of Composite Structures, The University “Politehnica” of Bucharest, Bucharest, Romania

12:20 Damage imaging using Acousto-Ultrasonic tomography in plate-like structures with portable sparse arrays in direct non-glued contact

139

C. Mattei*, R. Risberg*Creo Dynamics AB, Linköping, Sweden

12:45 LUNCH

14:00 On-line monitoring of a laser assisted fiber placement process with CFR thermoplastic matrix by using Fiber Bragg Gratings

426

D. Saenz del Castillo*, I. Martín, F. Rodriguez-Lence, A. Güemes* Foundation for the research, development and application of composite materials (FIDAMC), GETAFE, Spain

14:20 Glass fibre composite elements with embedded fibre Bragg grating sensors inspected by thermography techniques

196

K. Majewska*, M. Mieloszyk, W. Ostachowicz* Institute of Fluid-Flow Machinery Polish Academy of Sciences (IFFM PASci), Gdansk, Poland

14:40 Glass fibre composite elements with embedded fibre Bragg grating sensors inspected by THz spectroscopy

197

M. Mieloszyk*, K. Majewska, W. Ostachowicz* Institute of Fluid-Flow Machinery Polish Academy of Sciences (IFFM PASci), Gdansk, Poland

Thursday, July 7th

42

15:00 Process Induced strains monitoring during multiple step fabrication of thick composite cylinders

347

A. Martone*, M. Esposito, V. Antonucci, M. Zarrelli, M. Giordano*Institute for Composite and Biomedical Materials - National Research Council of Italy, CNR-IPCB, PORTICI, Italy

15:20 Infrared Thermography method for the verification of the composites manufacturing vacuum resin infusion process chain

369

J. Pawluczy-Majka*, J. Holnicki-Szulc, A. Or"owska, C. Graczykowski*The Faculty of Mechanical Engineering and Aeronautics, Rzeszow University of Technology, Rzeszów, Poland

15:40 Error Outlier Detection Based Impact Monitoring Application on Light Aircraft’s Composite Wing

185

P. Shrestha*, Y. Park, C. Kim*Department of Aerospace Engineering, Korea Advanced Institute of Science and Technology (KAIST), Daejeon, South Korea

DIAGNOSTICS AND PROGNOSTICS FOR DAMAGE ASSESMENT ROOM C1 Session Chairs: M. Buderath (Airbus, Germany), D. Bernal (Northeastern Univ., USA), L. Damkilde (Aalborg Univ, Dk)

09:00 Damage Localization from Free Vibration Signals 43D. Bernal*, Y. Zhang*Civil and Environmental Engineering, Northeastern University, Boston, USA

09:30 Numerical investigations of non-linear acoustics/ultrasonics for damage detection

18

A. Singh*, B. Chen, V. Tan, T. Tay, H. Lee*Department of Mechanical Engineering, National University of Singapore (NUS), Singapore, Singapore

09:50 A SHM method for identifying damage based on VARX modelling and substructuring approach

15

U. Ugalde*, J. Anduaga, F. Martínez, A. Iturrospe*Control and Monitoring, IK4-Ikerlan Research Centre, 20500, Spain

10:10 A baseline-free damage detection method based on node displacement in mode shape

242

T. Huang*, M. Chaves-Vargas, J. Yang, K. Schröder*Institute of Structural Mechanics and Lightweight Design, RWTH Aachen, Aachen, Germany

10:30 COFFEE BREAK11:00 Parameter uncertainties quantification for subspace fitting approaches 278

G. Gautier*, L. Mevel, J. Mencik, M. Döhler, R. Serra*Atomic Energy and Alternative Energies Commission (CEA-Tech), Bouguenais, France

11:20 Kalman Filter based Neutral Axis tracking under varying temperature conditions 195R. Soman*, K. Majewska, M. Mieloszyk, P. Malinowski, W. Ostachowicz*Institute of Fluid Flow Machinery, PASci, Gdansk, Poland

Thursday, July 7th

43

11:40 Finite Element Verification of the Method of Neutral Axis for Damage Detection in Composite Beam Structures

172

X. Li, B. Glisic**Civil and Environmental Engineering, Princeton University, Princeton, USA

12:00 Identification of structural changes using symbolic representations of modal quantities

154

J. Santos*, J. Mata, C. Crémona, P. Silveira*Structures Department, National Laboratory for Civil Engineering (LNEC), Lisbon, Portugal

12:30 LUNCH

14:00 SHM-based fatigue damage prognostics in composite structures 374L. Cot*, F. Gamboa, C. Gomez Jimenez, F. Kopsaftopoulos, F. Chang*Institut National des Sciences Appliquées, Université de Toulouse, Institut Clément Ader (ICA), Toulouse, France

14:20 Output-only damage detection in beam structures using statistical analysis of Hilbert-Huang Transformation of measured response

354

M. Khosraviani*, M. Ghasemi*Department of Civil Engineering, Qazvin Islamic Azad University, Qazvin, Iran

14:40 Semantic Analysis of Alarm Response Entries for Plant Health Monitoring 325M. AsherAerospace Engineering, University of Bristol, Bristol, United Kingdom

15:00 Baseline-free fatigue crack imaging using nonlinear vibro-acoustic modulation 127C. Wang*, J. Guinto, F. Rose, M. Veidt, W. Chiu, H. Sohn*RMIT University, Melbourne, Australia

15:20 DELORES - A System for Detection and Localization of Structural Damages 70R. Johansen*, M. Ulriksen, L. Damkilde*Department of Civil Engineering, Aalborg University, Esbjerg, Denmark

15:40 Effective Damage Detection of Block Mass Type Damage in an Isotropic Plate using a Refined Time-Reversed Lamb Wave Technique

389

J. Agrahari*, S. Kapuria*Department of Applied Mechanics, Indian Institute of Technology Delhi, New Delhi, India

16:00 COFFEE BREAK

COMMON EWSHM & PHME PLENARY SESSION ROOM A1Session Chairs: Alfredo Güemes (UPM, Spain), Falk Hoffmann (Airbus Helicopters, Germany)

16:30 Keynote: Aircraft Engine Advanced Health Management: The Power of the ForeseeDr. Iñaki Ulizar, ITP, Spain

17:00 Keynote: Aspects of automatic flying with lessons learnt from BarracudaThomas Gottmann, Airbus Defence and Space, Germany

17:30 Keynote: Title HUMS and PHM in the Internet of the ThingsPierre-Olivier Robic, THALES, France

18:14 Cultural Show: Music and Dances from the Basque country20:00 Gala dinner & Awards

Thursday, July 7th

44

Friday, July 8th

PLENARY SESSION ROOM A1Session Chairs: Fo Kuo Chang (Stanford University, USA)

08:30 Keynote: Success Stories of Diverse Real-Life Fiber Optic Sensing SHM ApplicationsDr. Alexis Mendez, MCH Engineering LLC, USA

09:00 Keynote: The certification of SHM systems in aeronautical sectorIgnacio Eiriz, CEO Centro Tecnologias Aeronauticas, Vitoria, Spain

09:30 Keynote: Structural Health Monitoring, The Beginning and the EndProf. Douglas Adams, Vanderbilt University, USA.

10:00 COFFEE BREAK

SHM-IN-ACTION: DEMONSTRATIONS ON A VARIETY OF SHM & PHM APPLICATIONS FROM LEADING OR START-UP COMPANIES AND ACADEMIC INSTITUTIONS

ROOM A1

Session Chairs: C. Boller (Saarland Univ., Germany), B. Glisic (Princeton Univ., USA)

10:30 DiView – Data management software for distributed strain and temperature sensing

444

D. InaudiSMARTEC SA, Manno, Switzerland

10:40 Structural fault detection on composite blades - SHM prototype in action on Vestas turbine

445

D. Tcherniak*, J. Hansen*Innovation group, Bruel & Kjaer SVM, Naerum, Denmark

10:50 Embedded Piezodiagnostics for Online Structural Damage Detection Based on PCA Algorithm

446

R. Villamizar Mejia*, L. Mujica Delgado, M. Ruiz Ordoñez, J. Camacho Navarro, F. Ariza* Universidad Industrial de Santander, Bucaramanga, Colombia

11:00 Quasi-distributed acoustic emission monitoring system 447J. GrelinSmart Fibres Ltd, Bracknell, United Kingdom

11:10 Miniature Passive and Dynamic FBG sensor interrogators for SHM applications 451E. MendozaRedondo Optics Inc., Redondo Beach, USA 20

11:20 Temperature Compensation of Guided Wave for Structural Health Monitoring 452S. Yuan*, L. Qiu*Research Center of Structural Health Monitoring and Prognosis, State Key Laboratory of Mechanics and Control of Mechanical Structures, Nanjing University of Aeronautics and Astronautics (NUAA), Nanjing, China

11:45 CONFERENCE CLOSING CEREMONY12:00 LUNCH AT HALL ÁREA (PINTXOS STYLE)13:00-16:30 TECHNICAL VISITS TO BIZKAIA BRIDGE OR TO CTA

45

Poster Sessions

POSTERS 1

Tuesday, July 5th 16:00 - 16:30 - HallPWAS inspection in materials with different properties A. Dominguez-Macaya*, A. Iturrospe, J. Abete, G. Aranguren*Mondragon University-Faculty of Engineering (MGEP), Arrasate, Spain

38

Detection of fatigue crack under temperature changes using stress waves and statistical analysisJ. Tang*, G. Yan, C. Cai*College of Aerospace Engineering, Nanjing University of Aeronautics and Astronautics, Nanjing, China

66

Comparison study on migration methods of GPR scanning images for concrete inspectionH. Zheng*, T. Gan, C. Selcuk, E. Cheilakou*Brunel Innovation Centre, Brunel University, Cambridge, United Kingdom

134

Some problems of diagnosis of helicopter Mi-24 from the perspective of HUMS systemA. Gebura*, M. okowski*Avionics Division, Air Force Institute of Technology (AFIT), Warsaw, Poland

136

Monitoring of a Warren Truss HangarL. Locklin, J. Orellana, G. Akhras**Centre for Smart Materials and Structures, Royal Military College of Canada, Kingston, Canada

141

A study of on-line monitoring and evaluation approach for oil and gas pipelines subsidence deformationK. Ding*, F. Tang, L. Chen, Y. He, G. Chen, L. Yi*China Special Equipment Inspection and Research Institute (CSEI), Beijing, China

147

Monitoring of fatigue crack propagation by intensity-based plastic optical fiber sensorD. Yang*, W. Ren, D. Li*School of Civil Engineering, Hefei University of Technology, Hefei, China

178

New generation of flexible risers equipped with motion capture - Morphopipe systemN. Saguin-Sprynski*, M. Carmona, L. Jouanet, O. Delcroix*System Department, CEA, LETI, Grenoble, France

213

Modal Testing and System identification of a three story steel frameA. Sabamehr*, A. Bagchi, L. Trica*Building, Civil and Environmental Engineering, Concordia University, Montreal, Canada

231

Vibration-based anomaly detection using flac features for wind turbine condition monitoringJ. Ogata*, M. Murakawa*National Institute of Advanced Industrial Science and Technology (AIST), Tsukuba, Japan

271

A Feasibility Analysis For The Development of Novel Aircraft Weight and Balance Monitoring System based on Fiber Bragg Grating SensorsM. Leone*, A. Iele, G. Persiano, A. Cutolo, M. Consales, A. Cusano*Optoelectronic Division - Engineering Department, University of Sannio, Benevento, Italy

311

Damage Detection In Composite Landing Gear Component Using Frequency Response MethodM. Giordano*, M. Giordano*, A. Martone, G. Breglio, A. Irace, F. Fienga, F. Mennella, A. Laudati, L. Petrazzuoli*Institute for Polymers, Composites and Biomaterials (IPCB), National Research Council CNR, Portici, Italy

341

46

Model-Based Algorithm for Damage Detection by Modal Analysis in Piezoelectric Fiber-Based CompositesK. ShalanMechanical Engineering, Northwestern University, Evanston, USA

365

Composite vessels health monitoring: from academic studies to industrial prototypingS. Yaacoubiˆ, F. Dahmene, M. El Mountassir**CND, Institut de Soudure, Thionville, France

400

Guided Waves for the monitoring of pipelines zones under Composite Repairs: from comprehensive to pre-deployment investigationsS. Yaacoubiˆ, M. El Mountassir*, F. Dahmene*CND, Institut de Soudure, Thionville, France

401

Implementation of Signal Processing Methods in a Structural Health Monitoring (SHM) System based on Ultrasonic Guided Waves for Defect Detection in Different Materials and StructuresN. Galarza*, B. Rubio, A. Díez, F. Boto, D. Gil, J. Rubio, E. Moreno*Tecnalia Research & Innovation, Miñano, Spain

411

Application of Kernel Change Detection Method in Eddy Current Non-destructive Testing (EC-NDT)M. Kermadi*, S. Moussaoui, A. Taieb brahimi, M. Feliachi*electrical engineering, University of Science and Technology of Oran (USTO_MB), Oran, Algeria

417

Comparison of the performance of two different approaches for damage detection on framed structuresC. Lacovino, R. Ditommaso, M. Limongelli*, F. Ponzo*Department of Architecture, Built Environment and Construction Engineering, Politecnico di Milano, Milano, Italy

428

POSTERS 2

Wednesday, July 6th 16:00 - 16:30 - HallRFID sensor systems embedded in concrete – systematical investigation of the transmission characteristicsM. Bartholmai*, C. Strangfeld, S. Mihajlov, M. Müller, M. Kammermeier*Federal Institute for Materials Research and Testing (BAM), Berlin, Germany

48

Bolt Looseness Detection under Changing Temperature Conditions using Independent Component Analysis.X. Xie*, S. Zhang, L. Xiao, W. Qu*Engineering Mechanics, Wuhan University, Wuhan, China

56

Vibroacoustic method in the context of technical assesment of transmission gearbox military helicopterM. okowski*, J. Spycha"a, P. Majewski*AeroEngines Division, Air Force Institute of Technology (AFIT), Warsaw, Poland

58

Fiber Bragg Grating sensors for the measurement of tendon strainsA. Güemes*, P. Bernal*Technical University of Madrid (UPM), Madrid, Spain

453

Combining multi-frequency ultrasonic guided waves and topological derivativeA. Martínez Domínguez Applied Mathematics., Technical University of Madrid, Madrid, Spain

386

47

Damage classification in moving parts of small-scale wind turbinesD. Tibaduiza Burgos*, E. Forero, M. Anaya, J. Vitola, F. Pozo, C. Torres Pinzón*Faculty of Electronics Engineering, Universidad Santo Tomas, Bogota, Colombia

165

Statistical Control methods applied to Structural Health Monitoring (SHM). The experience of Infiernillo 0 BridgeD. García*, O. Ramos Gutierrez, M. Pantaleon*Mechanics And Monitoring, Louis Berger (Idc, International Design Center), Santander, Spain

171

Towards Space applications of SHM technology relied on EMIS methodD. Enciu*, I. Ursu*National Institute for Aerospace Research “Elie Carafoli” - INCAS, Bucharest, Romania

184

Influence of Process Parameters on Gauge Factor of CNT-Epoxy Based Strain SensorsX. Fernández Sánchez-Romate*, M. Sánchez, J. Artigas, A. Jimenez-Suarez, A. Güemes, A. Ureña* University of Rey Juan Carlos (URJC), Madrid, Spain

194

An update of the probabilistic reliability assessment of welding component based in inspectionsA. Coro*, J. Aguirrebeitia, L. López De Lacalle*Mechanical technology department, ITP, ITP Industria de Turbo Propulsores S.A, Zamudio, Spain

204

Structural health monitoring of a wing panel splice joint using acoustic emissionR. R #ek*, L. Michalcová*VZLÚ (Aerospace Research and Test Establishment), Praha, Czech Republic

223

Artificial Immune System (AIS) for Damage Detection Under Variable Temperature ConditionsM. Anaya Vejar*, D. Tibaduiza Burgos, F. Pozo*Universidad Santo Tomas, Bogota, Colombia

237

Green roof – strategy for building restorationZ. Poorova*, M. AlHosni, Z. Vranayová*Technical University of Kosice, Faculty of Civil Engineering, Kosice, Slovakia

249

Embedded piezodiagnostics for online structural damage detection based on PCA algorithmJ. Camacho*, M. Ruiz, R. Villamizar, L. Mujica, F. Ariza* Universitat Politécnica de Catalunya (UPC), Barcelona, Spain

253

Sensor fault detection in a damage detection approach based on piezodiagnosticsJ. Camacho*, M. Ruiz, R. Villamizar, L. Mujica* Universitat Politécnica de Catalunya (UPC), Universidad Industrial de Santander (UIS), Barcelona, Spain

266

Technique for embedding fiber optics in metallic structures for smart material applicationsT. Grandalˆ, S. Fraga, A. Zornoza Indart**Robotics and control, AIMEN technology center, Porriño, Spain

277

Assessment of honeycomb core condition in composite sandwich panels by means of guided wavesM. Radzie ski*, P. Kudela, W. Ostachowicz*Mechanics Of Intelligent Structures Dep, Institute Of Fluid-Flow Machinery Polish Academy Of Sciences, Gda sk, Poland

301

Structural Health Monitoring of Wind Turbine Blades using Radar Technology: First Experiments from a Laboratory StudyM. Scholz*, S. Rediske, A. Nuber, H. Friedmann, J. Moll, P. Arnold, V. Krozer, P. Kraemer, R. Salman, D. Pozdniakov*Wölfel Engineering GmbH + Co. KG, Höchberg, Germany

304

Monitoring of the Curing Process in Laminates of Composite MaterialsR. Fernández*, M. Solis*Materials and Processes, CATEC- Center for Advanced Aerospace Materials, La Rinconada, Spain

364

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Company & Institution Exhibition

Floormap for the exhibiting Companies

AEND (Spanish association of NDT)Contact: Elena Gomez Phone:+34 913612585 Email:informacion@aend.org Web:http://www.aend.org

The Spanish Society for NDT (AEND), was created on September 27th, 1988 and comes from the Spanish NDT Committe that was founded in 1971.It is a non-profit association of professionals and companies operating in NDT field.Our principle activities are:

To compile and select information relative to the science and technology of NDT for general diffusion to its members.To promote, organise and sponsor meetings of working committees, conferences, congresses, colloquia, exhibitions and other activities in which published technical or specific work related to NDT discussed or studied.To collaborate with suitable national and international organisations in the preparation of standards and specifications for NDT.To certify personnel in NDT through its independent certification body CERTIAEND.To promote and facilitate the training of these techniques at all levels.To collaborate with other organisations to spread the knowledge and development of NDT.To participate actively as a full member in the EFNDT as well as in the ICNDT.

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ÁLAVA INGENIEROS – MICRON OPTICSAlbasanz, 16, 28037 Madrid , ESPAÑA SpainPhone: +34 915 679 700 Email: alava@alava-ing.es

Alava Ingenieros Group is an entirely privately owned group which has been providing high technology solutions in the Testing, Measurement, Communications, Security, Defence and Preventive Maintenance fields since it was first founded in 1973.The group offers consultancy, engineering, distribution, training and technical services, providing turn-key projects for several sectors including Aerospace, Automotive, Security, Defence, Energy, Communications and Finance, as well as Testing and Research Centres, Universities, Public Services and Industry in general.Grupo Alava faces the internationalisation of its activities with great excitement, seeing it as a strategic part of its growth and expansion plan. This vocation is clearly apparent in the direct and indirect supplies carried out by the group’s companies throughout its history. Our increasing presence and participation in international projects and tenders also continuously drives us to actively seek Commercial Partners and Agents around the world, with a particular emphases on Latin America and North Africa.Micron Optics Inc., a leading provider of optical sensing technologies, offers a comprehensive portfolio of fiber Bragg grating (FBG) sensors and measurement instruments for aerospace, civil, geotechnical, transportation, as well as oil & gas applications. Represented in the Iberian peninsula by Alava Ingenieros.

COLIBRYSAv. des Sciences 13, 1400 Yverdon-les-Bains , SwitzerlandPhone: 0041581005090 Fax: 0041581005001 Email: nathalie.odiet@colibrys.com Web: www.colibrys.com

Colibrys (Safran Group) is a Swiss MEMS manufacturer, providing capacitive accelerometers and gyros resistant to harsh environments. Its products are designed for accuracy and offer the best performance stability combined with shock resistance, as well as the lowest non-linearity and noise in the marketplace. Colibrys sensors are used in numerous safety-critical applications to measure acceleration, inclination, vibration and angular rate.

CURTISS-WRIGHTUnit 5, Richview Office Park, Clonskeagh. Bublin, D12, IRELANDPhone: +35312951264 Web: https://www.curtisswrightds.com/capabilities/aviblocks.html

Curtiss-Wright provides highly engineered products and services with a focus on advanced technologies for high performance platforms and critical applications. Our technological expertise spans decades of innovation and we have compiled an extensive portfolio of critical technologies serving commercial, defense, energy and industrial markets. Our technologies, some that are sole source or first-of-a-kind, achieve the demanding performance levels required for optimal safety, performance and reliability in difficult “must not fail” applications.

FAZ TECHNOLOGY9C Beckett Way. Park West. Dublin 12, IrelandPhone: +353-1-687-2900 Fax: +353-1-687-2901 Web: www.faztechnology.com

FAZ Technology is the Fugro Global Centre of Excellence for optical R&D, with primary offices in Dublin, Ireland and The Hague, Netherlands with and sales/support offices in Athens, Greece and Houston, Texas. We specialize in optical based sensing solutions for the oil and gas, marine transportation, and structural health monitoring. Our team has developed a new monitoring and diagnostic platform for the control and management of complex industrial assets based on a next generation laser and optical technologies for sensing and measurement.FAZ Technology has developed a robust, reliable and high precision optical sensing and measurement platforms, capable of performing in the world’s harshest environments based on years of operational lifecycle. The precision of our optical sensing technology enables measurements with dynamic range up to 120dB for seismic applications, 40dB better than competing optical solutions.FAZ Technology’s products are based on a decade of research and development resulting in the FAZT Platform family

50

of laser interrogators, custom sensors, and software applications. The underlying optical technology has been verified and certified by many of the world’s leading companies from industries such as: Oil & Gas, Marine, Transportation and Structural Health Monitoring.

HBM FIBERSENSINGRua Vasconcelos Costa, 277, 4470-640 Maia , PortugalPhone: 00351 229 613 610 Fax: 00351 229 613 620 Mail: fibersensing@hbm.com Web: www.hbm.com

We are a business subsidiary of HBM Test and Measurement dedicated to the development and production of advanced monitoring systems based on optical Fiber Bragg Grating (FBG) technology. Specially requested for test & measurement applications in markets such as Energy, Civil, Aerospace, Industry and Research, HBM FiberSensing optical solutions find use in a wider array of applications where long-term, self-referenced and reliable measurements are required. HBM FiberSensing full product portfolio is developed in-house from conception to manufacturing, using proprietary technology and is available through HBM global market presence in over 80 countries.Optical sensors to measure strain, temperature, vibration, tilt and displacement (brand new), interrogators, software and examples of complete solutions, primarily on an OEM basis.Andreia Pereira, HBM FiberSensing José Monteiro, HBM FiberSensing Sergio Adanero, HBM Spain José Luis Lozano, HBM Spain

IK4-IKERLAN Pº J.M. Arizmendiarrieta 2, 20500 Arrasate , SpainPhone: 34943712400 Email: info@ikerlan.es Web: http://www.ikerlan.es

IK4-IKERLAN is a private not-for-profit Technological Research Centre in the north of Spain. From its creation in 1974 in the fold of what is the Mondragon Group, Spain’s seventh-largest corporation, IK4-IKERLAN has worked together with regional companies from the machinery and capital goods, domestic appliance, electronics and computing, transport and energy sectors. IK4-IKERLAN’s mission is to improve regional companies competitiveness, through the application of technological knowledge to develop innovative products and in design and production processes. It has a staff of more than 240 qualified researchers and engineers, with specific strengths in microsystems, electronics, mechanical engineering, power electronics and energy technology. As a centre of excellence in the transfer of technology, more than 800 R&D projects were completed so far in cooperation with companies developing new products and implementing customised systems in design and manufacturing processes. IK4-IKERLAN is one of the founding members and driving forces of the IK4 Research Alliance, consisting of eight Spanish technology centres with a combined research staff of more than 1400 men and women. IK4-IKERLAN is also a member of the organising committee of GenesisRed, the Spanish mirror platform for EPoSS and ENIAC. IK4-IKERLAN is represented in the technical committee of the Eureka cluster Euripides.Coming up with ways of guaranteeing that objects perform their functions properly over time, analysing materials to determine their properties –like toughness or lightness– and integrating ICTs into devices are the functions of this line of research. That is what mechatronics is for; it is a discipline encompassing mechanics, electronics and computing and offers a powerful tool to address complex challenges in product design. Our research in this area enables us to help companies develop more reliable, more profitable products offering more features. The technologies being presented: Structural health and condition monitoring; diagnostics and prognostics; Validation of models and structural optimisation.Oscar Salgado (osalgado@ikerlan.es)

IK4-TEKNIKERIñaki Goenaga, 5, 20600 EIBAR , Gipuzkoa SpainPhone:+34943256929 Email: marketing@tekniker.es Web: www.tekniker.es

IK4-TEKNIKER is a technology centre made up of people whose vocation and commitment are focused on enhancing the innovative capabilities of their customers and furthering their technological capital to be more competitive, although in a sustainable manner, by producing and applying scientific & technical knowledge.

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LUNA301 1st Street, SW, 24011 Roanoke , VA USAPhone: 5407698400 Fax: 5407698401 Email: solutions@lunainc.com Web: www.lunainc.com

Luna is a leader in fiber-optic technology with unique sensing products ideal for structural health monitoring applications within the aerospace, automotive, industrial, and energy industries. It has developed a revolutionary solution for strain and temperature sensing, using the industry’s only fully distributed, high-definition sensor (HD-FOS). Luna’s technology provides high resolution measurement of strain in composite, as well as non-composite materials and structures, while enabling greatly reduced test time, complexity, and expense of instrumentation.

REDONDO OPTICS INC.811 North Catalina Avenue, Suite 1112/1114, 90277 Redondo Beach , California USAPhone: +1 310-406-1295 Fax: +1 310-406-1297 Email: emendoza@redondooptics.com Web: www.redondooptics.com

Redondo Optics Inc. (ROI) specializes in the development and production of miniature, light weight, and power efficient fiber optic sensors for physical, chemical, and biological measurements with applications in aerospace, oil and gas, renewable energy, civil and environmental engineering, medical and biomedical, and defense and security.Redondo Optics will present our production line of fiber optic sensors including the line of passive and dynamic battery operated wireless fiber Bragg-grating sensors interrogators for measurements of strain, temperature, pressure, acceleration, vibration, acoustic-emissions, and ultrasound. We will also present our line of point-like and fully distributed fiber optic chemical sensors for the measurements of gases and liquids O2, CO2, H2, CH4, pH, RH, and hydrocarbons.

SCAIMECS 50501, 74501 Annemasse Cedex , FrancePhone: +33450877864 Fax: +33450877842 Email: info@scaime.com Web: www.scaime.com

Set up in 1983 with the added strength of a recognized technical heritage, SCAIME is one of the world leaders in the field of load cells and measurement for industry. We are present in more than 60 countries through a network of subsidiaries and distributors.Combining a renowned product quality and technological expertise, we are able to offer a complete range of measurement solutions based either on optical fiber or on traditional technologies and dedicated to industrial applications.With this full product range and its many associated services, SCAIME provides solutions enabling its customers’ measuring problems to be solved efficiently with innovative solutions.All our activities are ISO 9001:2008 certified and we guarantee that our products are conforming with international standards and codes. This commitment to the continued improvement of our processes is intended to create a sustainable long-term relationship with our customers.

SITES95-97 avenue victor Hugo, 92500 Rueil-Malmaison , FrancePhone: +33141390200 Fax: +33141390201 Email: sites@sites.fr Web: www.sites.fr

Since 1984, SITES controls and monitors the ability of sensitive buildings and civil engineering structures in France and worldwide.Our core competences : expertise visual, dimensional measurements, static and dynamic instrumentation, vibration expertise, engineering and technical assistance ... Our core areas : energy (nuclear facilities, thermal, hydraulic plants), transport infrastructures, historical monuments, natural environments (cliffs ...)

SMARTEC SAVia Pobiette 11, 6928 Manno , SwitzerlandPhone: +41916101800 Fax: +41916101801 Email: info@smartec.ch Web: www.smartec.ch

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Smartec is a leading supplier of fiber-optic sensors providing measurement and structural health monitoring systems: SOFO (Long gauge sensors) Fiber Bragg Gratings (FBG) Fabry Perot Distributed Brillouin/Raman Scattering Since 1996, we have supplied systems to monitor hundreds of structures, including: Buildings Bridges Tunnels Dams Pipelines.We’re going to display samples of our main fiber optic sensors, product catalogs and SHM books. The visitors will have the chance to see and touch our point, multiplexed and distributed sensors as well as to play with a real-time distributed leak detection system.

SMART FIBRES LTDBrants Bridge, RG12 9BG Bracknell , United KingdomPhone: +44 1344 484 111 Email: info@smartfibres.com Web: www.smartfibres.com

Smart Fibres pioneered the development of fibre Bragg grating based monitoring systems and has been an industry leader for over 15 years. With a broad range of FBG sensor and interrogator products and a wealth of applications knowledge, we serve the world’s leading companies and institutes by developing practical Fibre Optic Sensing solutions in many market areas including oil and gas, aerospace, renewable energy, marine, medical and civil engineering. As an ISO-9001 accredited company, Smart Fibres is highly committed to consistent quality manufacturing and efficient business operations. Our current developments are set to make Fibre Optic Sensing more broadly available and economically viable as a performance optimization and asset management tool in a number of key volume sectors.Since 1984, SITES controls and monitors the ability of sensitive buildings and civil engineering structures in France and worldwide.Our core competences : expertise visual, dimensional measurements, static and dynamic instrumentation, vibration expertise, engineering and technical assistance ... Our core areas : energy (nuclear facilities, thermal, hydraulic plants), transport infrastructures, historical monuments, natural environments (cliffs ...)

TECNALIAPº Mikeletegi, 2. Parque Tecnológico, E-20009 Donostia-San Sebastian , BASQUE COUNTRY SpainPhone: (+34) 667116099 Email: nieves.murillo@tecnalia.com

TECNALIA, (www.tecnalia.com) is a private, independent, non profit applied research centre of international excellence. Legally a Foundation, Tecnalia is the leading private and independent research and technology organisation in Spain and one of the largest in Europe, employing 1,312 people (220 PhDs) and with income of 94 Million " in 2014. The whole team at TECNALIA has one GOAL: to transform knowledge into GDP, meaning wealth to improve people’s quality of life by generating business opportunities for industry. TECNALIA is committed to generate major impacts in economic terms, by means of innovation and technological development, addressed by 6 business divisions, covering economic sectors of Energy, Industry, Transportation, Construction, Health and ICT. TECNALIA has been granted over 303 patents and promoted more than 30 spin-off companies.

UNIVERSITY OF MONDRAGONLoramendi 4, 20500 Arrasate , Gipuzkoa SpainPhone: 943794700 Fax: 943794700 Email: aiturrospe@mondragon.edu Web: www.mondragon.edu/en/phs

We are a cooperative university, which belongs to the MONDRAGON Corporation, with a clear human vocation and a commitment to our environment, our society and our time.Our teaching model involves a system of relationships which, with the educational system as the central theme, aims to involve the companies and institutions in the area, in order to guarantee social accessibility, the combination of work and study, the development of research and the provision of Continuing Education.One of the main characteristics of MONDRAGON UNIVERSITY is our close and permanent relationship with the working world, enabling us to outline our educational offer by adapting it to the needs of companies and organisations.Our relationship with MONDRAGON Corporation – which contains 257 companies and institutions and more than 74,060 workers – along with the agreements we have with numerous companies and organisations from various sectors, enables our students to come into direct contact with the working world right from the start of their studies.

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EWSHM 2016 General Information

REGISTRATION & INFORMATIONEWSHM2016 service desks are located in room D3, at the floor -1.

OPENING HOURSMonday 4th: 17:00h to 19:00h, Tuesday to Thursday from 8:00h to 16:30h. Friday only until noon.

EWSHM2016 staff will be available to offer you on-site assistance and advice.Registration will remain available at the registration desk until the end of the conference. Full Registration includes a name badge, lunches, the conference program and a USB stick of the conference proceedings. Day-pass is available on-site (200 Euros/day), valid only to access the Exhibition and Conference rooms, for the indicated day. Day-pass does not include lunches, documentation, or any other service.

NAME BADGEPlease wear your conference name badge at all times. The access to the conference location, social events and visits will not be granted without it.

DISABLED ACCESSThe entire venue is wheelchair accessible. See and follow the wheelchair symbol sign in the convention center for the location of the lifts.

FIRST AIDIn case of a medical problem, please contact a member of the EWSHM2016 staff; there is a team trained in first-aid and cardiac first-response on site at all times. “112 is the free-of cost emergency telephone number in Spain which offers a 24/7 emergency service to any person located within the country of Spain, regardless of their nationality and legal status”.

FOOD ALLERGIESIf you have any questions about the food served at the conference, please contact the staff at the buffet tables, they will be able to advise you regarding the food and any particular requirements you may have.

SMOKING POLICIESSmoking is strictly forbidden inside public buildings, it is only allowed in open-air areas.

PERSONAL PROPERTYParticipants are invited to take care of their personal belongings, and to not leave them unattended. Neither the organizers nor the staff will be responsible for any loss or damage of the personal property of the participants. Please contact the EWSHM2016 information desk, in any case, if something is lost.

LUNCH AND COFFEE BREAKSFrom Tuesday to Friday, coffee and refreshments will be served in the Hall, in the morning at 10:00h (10:30h on Wednesday, Thursday) and in the afternoon at 16:00h. From Tuesday to Thursday, lunch will be served in the Restaurant at level +1. The bar-coded badge is required to access the Restaurant.

FREE WIFIFree wireless internet service is available throughout the entire venue.Username: invitadoPassword: euskalduna

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ORAL PRESENTATIONS

PREPARING YOUR PRESENTATION1. Please use Microsoft PowerPoint 97-2007 or 2010* (*.ppt) or (*pptx), or Adobe Acrobat Reader (pdf) to guarantee

that they open successfully in on-site PCs. 2. We recommend that your PowerPoint presentation is saved using PPT(X) format instead of PPS. 3. Please note that we cannot guarantee the quality of MacIntosh-based presentations, please check in advance (2

hours before your session starts) their Windows compatibility. 4. Only fonts that are included in the basic installation of MS-Windows are available (English version of Windows). The

use of other fonts not included in Windows can cause the wrong layout / style of your presentation. Suggested fonts: Arial, Times New Roman, Tahoma

HOW TO SUBMIT YOUR PRESENTATION AT THE CONGRESS 1. Please come to the Speakers Ready Room (D-3) at least 2 hours before the beginning of your session. In case your

presentation has been scheduled as a morning session, please come to the Speakers Ready Room (D-2) one day before the day of your presentation.

2. The Speakers’ Ready Room is located aside to the Registration Office, and the Opening hours are coincident (Monday 4th: 17:00h to 19:00h, Tuesday to Thursday: 8:00h to 16:30h)

3. The use of your own laptop for the presentation is only allowed after agreement with the on-site technician. You should have previously informed the assistant at the Speakers’ Ready Room.

4. All presentations will be deleted from all the PCs used during the Congress.

POSTER PRESENTATION

On-line poster submission was offered to the authors, up to two weeks prior to the onset of the conference (deadline: June 20th) to simplify the burden of travelling with a printed poster. These posters will be printed free of charge and placed on the board for its corresponding session. For those authors who prefer to bring their printed posters with them, please be aware that the poster boards are portrait orientated having maximum dimensions of 841mm width by 1189 mm height. Two poster sessions are foreseen on Tuesday and Wednesday and the discussion of posters is scheduled from 16:00h to 16:30h both days. Posters will be displayed since early morning of the corresponding day. After the discussion’session, psoter will be withdrawn by our personnel and kept at room D3, where authors may ask for it.

A map of Bilbao and a guide of public transportation is available in the conference bag. For more information regarding public transportation please visit: www.metrobilbao.eus/en/

You are invited to enjoy unlimited free use of the tram of Bilbao city (see map in http://www.euskotren.eus/es/node/774) during the conference week, just by showing the Conference badge. This is courtesy of Bilbao Tourist Bureau.

The staff of EWSHM2016 will be wearing a green t-shirt during the entire conference: please do not hesitate to contact them for information about the conference, transport and the beautiful city of Bilbao and its surrounding areas.

Social Program

The Social Program of EWSHM2016 includes the following activities, which are also opened to registered guests:

- Welcome Party. (Monday 4th, from 19:00h to 20:00h, at the Euskalduna Hall). Informal meeting to greet your colleagues, with drinks and pintxos (name given to tapas in the Basque Country).

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- Reception offered by the Bilbao City Hall. (Tuesday 5th, from 19:00h to 20:00h, at the Euskalduna Hall). Relaxing time after the day’s meetings, with drinks and pintxos.

- Visit The Guggenheim Museum. (Wednesday 6th). Given the large number of participants, to avoid crowded groups, a voucher is enclosed in the registration pack, which needs to be changed for the entrance ticket in the Museum admission desk, so that you can visit the Museum at your preferred day and time during the week (from Tuesday 5th to Saturday 9th, Monday closed). Opening hours: 10 a.m. to 8 p.m.

- Cultural show of music and dance from the Basque Country. (Thursday 7th, from 18:15h to 18:45h at the Euskalduna Auditorium A1). Basque culture has developed its own musical instruments which are variants of universal groups such as: aerophones (txistu, dultzaina, alboka, txanbela, txirula and trikitixa); idiophones (txalaparta) and membranophones (atabal and pandero). Centuries of relationships between Basque and other cultures, partly facilitated by the Way of St James, have lead to similarities with the traditional music of Galicia, Portugal, Ireland, Scotland, Britain and Italy. These instruments which were traditionally used in rural areas during festivities, concerts and dances, are nowadays found as well in symphony orchestras. Traditional Basque dancing has always been a deeply-rooted social act with diverse influences and combinations, and it is linked to civic and religious events as a sign of greeting and reverence.

- Conference Dinner. (Thursday 7th, from 20:00h to 23:00h at the Euskalduna Restaurant, 1st floor). The invitation card, included in the registration pack will be requested for this event. Additional tickets can be bought at the Registration desk, albeit availability is not guaranteed.The Award winners will be announced during the dinner and each one will be presented by the Chairman of such Award.

Awards

SHM Person of the Year AwardA structural health monitoring person of the year (SHM-POY) will be selected by the editors and associate editors of Structural Health Monitoring: An International Journal. The Person of the Year should have made an outstanding contribution to the field of SHM that will benefit society. This contribution can be in the form of theory, analysis, applications, education, or other ways that support the discipline of SHM and benefit society. The award is meant to recognize accomplishments within the past year or few years. This award is sponsored by SAGE.

The Achenbach MedalThe Achenbach Medal has been created to recognize an individual (within 10 years of PhD) who has made an outstanding contribution to the advancement of the field of Structural Health Monitoring. It is an international award and nominations from all over the world are encouraged.

Best Paper AwardThe SHM Best Paper Award is presented to one or more individuals whose paper(s) are selected to have the highest quality and innovation from the Proceedings of the EWSHM 2016. The Award Committee is formed by the Session Chairmen for this Workshop. They may propose among the articles from the sessions of their specialty, one or two papers which may be candidates for the Award, justifying their proposal. This award is sponsored by the EWSHM Organizing Committee.

Hans-Juergen Schmidt AwardThe SHM Hans-Juergen Schmidt Award has been created to recognize individuals in the SHM community, for their outstanding leadership in advancing technologies in industry and government. It is an international award and nominations from all over the world are encouraged. Selection committee for the 2106 Award are the members of the Scientific Committee of EWSHM2016.

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Sponsors

Thanks to our sponsors for supporting the EWSHM 2016

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Committees

International Scientific Committee

G. Akhras, Royal Military College, CanadaC. Boller, Saarland University, GermanyM. Buderath, EADS, GermanyF. Casciati, University of Pavia, ItalyP. Cawley, Imperial College, UKF.-K. Chang, Stanford University, USAE. Chatzi, ETHZ, SwitzerlandA. Cusano, University of Sannio, ItalyS. D. Fassois, University of Patras, GreeceP. Ferdinand, CEA, FranceP. Foote, Cranfield Univ., UKC.-P. Fritzen, University of Siegen, GermanyM. Giordano, University of Naples, ItalyV. Giurgiutiu, University of South Carolina, USAB. Glisic, Princeton Univ., USAA. Güemes, UPM, SpainW. Habel, BAM Berlin, GermanyJ. Holnicki-Szulc, IFTR Warsaw, PolandJ. Kullaa, Helsinki Metropolia Univ. of Applied Sciences, FinlandT. Kundu, University of Arizona, USAV. Le Cam, IFSTTAR, FranceL. Lecce, University of Naples, ItalyN. Maia, Technical University of Lisbon, PortugalL. Mevel, INRIA, FranceY.Q. Ni, Honk Kong Polytechnic University, ChinaW. Ostachowicz, Polish Academy of Sciences, PolandC. Paget, Airbus Operations, UKC. Papadimitriou, University of Thessaly, GreeceU. Peil, Technical University Braunschweig, GermanyS. G. Pierce, University of Strathclyde, UKN. Rajic, DSTO, AustraliaJ. Rodellar, Technical University of Catalonia, SpainM. Ruzicka, Technical University Prague, Czech RepublicM. Salvia, Ecole Centrale Lyon, FranceD. Saravanos, University of Patras, GreeceD. Stargel, US Air Force, Columbia, USAW. J. Staszewski, AGH Unive. of Science and Technology, PolandT. Stepinski, Uppsala University, SwedenZ. Su, Hong Kong Polytechnic University, ChinaN. Takeda, University of Tokyo, JapanM. Tur, Tel-Aviv University, IsraelT. Uhl, AGH University of Science and Technology, PolandS. Yuan, Nanjing University of Aeronautics and Astronautics, China

Local Organizing Committee

Conference chairmen

Prof. Alfredo Güemes, Dpt .Aeronautics, UPM, SPAINProf. Gerardo Aranguren, Dpt .Electronics, UPV/EHU, SPAINDr. Fernando Martínez, Head Sensor group, IKERLAN, SPAIN

Local committee members

Chair: Prof. Joseba Zubia, Applied Photonics group, UPVGotzon Aldabaldetreku, UPV/EHU Gerardo Aranguren, UPV/EHU Jon Arrue, UPV/EHU Igor Ayesta, UPV/EHU Gaizka Durana, UPV/EHU Josu Etxaniz, UPV/EHU Patricia Fernandez, UPM Antonio Fernandez-Lopez, UPM Malte Frovel, INTA Iker Garcia, UPV/EHU Jose Miguel Gil-Garcia, UPV/EHU Maria Ines Hidalgo, UPM María Asunción Illarramendi, UPV/EHU Aitzol Iturrospe, Mondragon University Beatriz Larrañaga, UPM Nieves Murillo, Tecnalia Mikel A. Olivares, UPV/EHU Javier Ortiz, UPV/EHU Fernando Rodriguez-Lence, FIDAMC Enrique Rueda, UPV/EHU Magda Ruiz, UPC Idurre Sáez de Ocáriz, CTA Oscar Salgado, IKERLAN Imara Taboada, UPV/EHU Aitor Urrutia, UPV/EHU Joel Villatoro, UPV/EHU

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Abdul rahim S. 437Abete J. 37,38,269Acho L. 210,334Adam J. 368Adams D. 53,413Adesiyun A. 114Agrahari J. 389Aguirrebeitia J. 204Ahmad R. 267Akalin C. 377Akay E. 379Akhras G. 141Alampalli S. 236Alcaide A. 37Aldabaldetreku G. 150Alférez S. 334,336Algaba M. 234AlHosni M. 249Aliabadi F. 383Álvarez J. 95Amaya F. 95Ambrozinski L. 265Amditis A. 114Amezcua Correa R. 348Anastasopoulos A. 114Anastasopoulos D. 431Anaya M. 165,309Anaya Vejar M. 237Anduaga J. 15Angulo Á. 65, 74Antoniadou I. 219Antonio-Lopez E. 348Antonucci V. 347Aragón G. 239Arailopoulos A. 357Aranguren G. 38,69,162,265,326Arias P. 128Ariza F. 446Ariza F. 253Arnold P. 304Arrizabalaga O. 348Arshad M. 83Artigas J. 194Asher M. 325Atak O. 183Atar V. 45Atherton K. 322Augugliaro G. 108Ayesta I. 150Azzara R. 287Bach M. 230Bae D. 116Baena M. 145

Bagchi A. 231Bai F. 258Balajee Ravi N. 381Banfi F. 103Baraccani S. 287Barazzetti L. 103Bareiro O. 368Barnett D. 370Barrera E. 162Barrias A. 30Barris C. 145Bartholmai M. 48,91Battley M. 143Baumanis K. 250Bause M. 39,40Becht P. 238Bedreddine N. 333Beganovic N. 156,168,169Beloki J. 150Beltempo A. 450Ben-Simon U. 262,264Beni N. 340Benjumea A. 234Benstock D. 146Berghmans F. 431Bergman A. 262Bernal D. 43,72Bernal P. 453Berthe L. 59Bertoncini F. 108Betagiri P. 387Bhuyan M. 218Bilotta A. 188Blanes-Vidal V. 152Blanloeuil P. 78Boccardi S. 329Bocchetti G. 199Bocchetto F. 441Bockenheimer C. 412Bogoevska S. 144Bogunovic Jakobsen J.294Bohn M. 423Boller C. 368,381,384, 387,391,393Bolognani D. 107,450Bolzmacher C. 62Bonelli A. 450Bosboom M. 262Boto F. 411Botz M. 115Boustie M. 59Breglio G. 340,341,441Brisson R. 73

Brownjohn J. 92Brubaker C. 53Brumana R. 103Bruno M. 441Buck T. 71Bühling L. 137Buontempo S. 340Bursi O. 450Burton A. 349Büyüköztürk O. 28Cabrerizo F. 71Caetano E. 308Caffyn P. 296Cahill P. 130,131Cai C. 66Cai S. 361Caires da Mata J. 174Cakti E. 419Calandra A. 441Calla D. 402Camacho J. 253,266Camacho Navarro J. 446Camarinopoulos S. 114Campo M. 360Capener W. 76Cappello C. 93,107,450Capuano G. 441Cardenas J. 392Carli V. 102Carmona M. 213Carolus T. 313Carraro P. 306Carrión G. 71Carrion F. 155Casas J. 30,36Casciati F. 164,179Casciati S. 164,179Castellano E. 49Cavallari A. 441Cawley P. 47Cegla F. 67,146Chagoyén Méndez E. 239Chakraborty N. 381,384,387, 388,391Chang F. 374,416Chang K. 243Chapuis B. 305,333Chataigner S. 205Chatzi E. 144,227,351, 357,359Chaves-Vargas M. 242Cheilakou E. 134Chelner H. 424

Index of Authors

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Chen B. 18Chen C. 29,34Chen G. 147Chen J. 54Chen L. 147Chen W. 64Chen Z. 404Cheng L. 104Cheynet E. 294Chiang W. 252Chiappini A. 330Chiu W. 127,191,207,209Chiu Z. 209Chowdhury S. 21,175Ciampa F. 329,402Cimellaro G. 125Civera M. 68Claeys C. 238Claro Duménigo A. 239Cole D. 255Collette M. 355Conde-Carnero B. 128Consales M. 311,340Constantin N. 163Contell C. 102Corbetta M. 82,433Cornish A. 393Coro A. 204Correa A. 129Costa C. 450Costa J. 126Costa J. 94Costa J. 121Costa P. 269Cot L. 374Courtier M. 322Courtney C. 117Crémona C. 154Crespo S. 155Crinière A. 317,320Crivelli D. 19,20,352Croes J. 217Cross E. 76Cross E. 433Croxford A. 322Cuenca J. 42Cuervo A. 95Cunha Á. 303,308Curbelo D. 239Curran R. 1, 11Cusano A. 199,311,340Cutolo A. 199,311D’Almeida O. 333

Dahmene F. 400,401Damigos Y. 114Damjanovi D. 443Damkilde L. 70,72,323Dar E. 419Darsono D. 166Dasgupta A. 255David J. 205De Baere D. 367De Marchi L. 187,215,222De Miguel C. 412De Pauw B. 431De Petris C. 108De Roeck G. 149,431De Simone M. 329De Wilder K. 431Deckers E. 183,238Delcroix O. 213Deligianni A. 352Denecker M. 205Deng W. 203Deraemaeker A. 200Dertimanis V. 351Deseri L. 330Desmet W. 183,217,238Devriendt C. 133,292Dhanisetty V. 11Díaz I. 248Díez A. 411Ding K. 147Ditommaso R. 428Dobie G. 250Dobmann N. 230Döhler M. 218,227,278, 289, 319Doli ski #. 286Dominguez-Macaya A.37,38Donado A. 69Dong X. 430Dotta F. 94Dragan K. 285Dragos K. 21Droubi M. 140Druce J. 270Druet T. 305Dumoulin C. 200Dumoulin J. 317,320Dumova-Jovanoska E. 144Dürager C. 393Durana G. 348Duvnjak I. 443Dvorak M. 268Dworakowski Z. 225,285

Dziedziech K. 225Eaton M. 19,352Ebert C. 291Ebna Hai B. 39,40Ecault R. 59Eckstein B. 135,230Eftekhar Azam S. 351,357Eineder L. 423Eiriz I. 420El Mountassir M. 398,399,400,401Eleftheroglou N. 284Elena Parnas V. 239Enciu D. 184Engineer B. 117Enomoto K. 189,190,208Epuran C. 163Eremin A. 89,90Erguido A. 49Erofeev V. 214Esposito M. 347Esteban E. 217Etter P. 73Ettouney M. 236Etxaniz J. 69,162,265Evenblij R. 262Fabbrocino G. 425Fajri H. 247Falaise Y. 205Fang F. 10Faravelli L. 164,179Farnan M. 372,373Fassois S. 186,193Featherston C. 20Feliachi M. 417Felix C. 318Feng D. 4Feng M. 2,4Fernández J. 418Fernández R. 364Fernández Díaz-Maroto P. 310,316Fernández López A. 310,316Fernández Sánchez-Romate, X. 176,194Fernández Valderas R. 310Fernández-López A. 181,314Fernandez-Saez J. 439Ferrari M. 330Ferrario M. 80Fienga F. 340,341Figueiras J. 344Figueiredo E. 121,126Filcheva D. 293

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Finzi Neto R. 109Flynn E. 261,327Foote P. 258Forero E. 165Forrest C. 12Fraga S. 277Frankenstein B. 114Frecker T. 53Freitas C. 42Friedmann H. 291,304,339Fritzen C. 313,315,331Fröjd P. 57,86,87Frövel M. 71,82Frutos S. 418Fujimori F. 338Fukumoto S. 44Gaddi A. 340Gagar D. 258Gaillet L. 205Galar D. 88Galarza N. 411Galvin P. 234Gamboa F. 374Gan T. 65,74,134,232García D. 171García I. 150,348Garcia Alonso J. 180,181,296, 314Garcia Vazquez L. 392García-Nieto C. 176García-Palacios J. 248Garg P. 343Gargaro D. 425Garijo D. 302Gasca Zamora H. 155Gasparin G. 288Gasparini G. 287Gautier G. 278Gavan M. 163Gawronski M. 390Gaydecki P. 77Gebhardt C. 161Gebura A. 136Geernaert T. 431Gerhard R. 114Ghasemi M. 354Ghrib M. 59Giagopoulos D. 357Giaralis A. 240Giglio M. 80,82,433Gil D. 411Ginsberg D. 313Ginzburg D. 402Giordano M. 340,341,347Giurgiutiu V. 63Gkoktsi K. 240

Glam B. 264Glisic B. 93,172,332Glushkov E. 89, 90Goldfeld Y. 84Golub M. 315Gomez J. 49,343Gomez Jimenez C. 374Gonella S. 270Gonseth S. 73González J. 224Gonzalez M. 217González-Requena I. 314Gorbatov N. 262,264Górny P. 282Graczykowski C. 369Grandal T. 277Grelin J. 447Gresil M. 77,83Gries T. 84Grinstein D. 105Grompanopoulos K. 357Grosse C. 115Groves R. 312Gschoßmann S. 324Gueguen I. 319Güemes A. 95,176,181,194, 310,314,316, 426Güemes A. 453Guenard N. 62Guillaume P. 149,367Guinto J. 127Gülan U. 359Guldur B. 337Gulizzi V. 203Guskov M. 59Gutiérrez Vázquez N. 310Habtour E. 246,255Häckell M. 221Hale J. 352Hallaji M. 345Han B. 211Han D. 327Han Z. 124Hanley C. 131Hansen J. 445Harmanci Y. 359Hase F. 85Haupt J. 270He H. 404He Y. 147Heinrich F. 41Heinze C. 198Herdovics B. 67Hermida J. 302Hernandez Figueroa J. 155Hernandez-Crespo B. 117

Herp J. 152Herrero S. 30Herve C. 65Hesser D. 61Hester D. 92Higuera M. 342Hill M. 114Hillger W. 137Hinderdael M. 367Hirai K. 245Hiraki M. 177Hoell S. 60Höffer R. 144Holmes G. 76Holnicki-Szulc J. 369Holzner M. 359Hsu T. 99Hsu Y. 25Huang T. 242Hudin C. 62Huertos D. 302Humer C. 324Iacovino C. 428Ibrahim S. 372,373Iele A. 199,311Igawa H. 275,338Iglesias M. 181Iglesias Vallejo M. 180,296Ikegami R. 246Iliopoulos A. 133Ilse D. 137Inaudi D. 75,444Irace A. 341Isla-Garcia J. 67Isoe A. 189,190Iturrospe A. 15,37,38,269Iwasaki A. 212Iwata M. 241Jablonski A. 225Jain S. 270Jaksic V. 131James S. 267Janapati V. 246Jang Y. 414Janssens K. 42Jennings K. 53Jeon J. 261Jesus A. 112,263Ji H. 132Jianxi Y. 449Jihan S. 140Jimenez-Suarez A. 176,194,358, 360Johann S. 91Johansen R. 70,323Johnson N. 355Jones T. 35

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Jouanet L. 213Jung H. 260,331Jung S. 414Kadkhodaie M. 270Kageyama K. 338Kalidromitis V. 114Kalmanovich V. 264Kamas T. 45Kammermeier M. 48Kampmann G. 331Kanfoud J. 65Kang L. 327Kang S. 261Kapuria S. 389Karabacak D. 372,373Karczewski R. 192Kasai T. 275Kaya Y. 353Kermadi M. 417Khandelwal B. 219Khosraviani M. 354Kijanka P. 225Kim, Chun 185Kim, Daewoo 414Kim, Doyoung 101Kim, Il-Sik 211Kim, Ji Min 414Kim, Ju-Won 274Kim, JungTaek 160Kim, Junkyeong 434Kim, Yongtak 414Kliewer K. 332Kobayashi T. 241Kocaman E. 377,379Koimtzoglou C. 262Kojima H. 177,189,190Kontis N. 262Koo K. 92Kopsaftopoulos F. 374Kosmidis E. 74Kova evi D. 406Kraemer P. 291,304,339Krause T. 221Krawczuk M. 286Kressel I. 262,264Krishnamurthy D. 381Krolo J. 443Krozer V. 7,304Kruschwitz S. 85Kube C. 255Kudela P. 192Kudela P. 301Kulakovskyi A. 333Kullaa J. 111,259Kumar A. 246Künzel A. 106

Kuraishi A. 189Kwon I. 211Lai G. 29Lai J. 243Lammering R. 41,79,89,90Lanceros-mendez S. 269Lanza di Scalea F. 23Laory I. 112,263Larrañaga B. 316Lasagni F. 310Laudati A. 199,341Le Cam V. 319Le Duff A. 279Le Pen M. 319Lee Chang 260Lee Heow 18Lee Hwanwoo 434Lee Juh 414Lee Jung-Ryul 116Lenas S. 114Lenz K. 114Lenzuni P. 108Leone M. 311Leturiondo U. 88Li, Bing-Chen 51Li, Dan 178Li, Hui 321Li, Xi 172Li, Xiaolong 361Liang D. 124Liang W. 404Liao W. 99Liarakos V. 356Lieven N. 293Lilov M. 102Lim H. 414Limongelli M. 81,118,227,428Lin, Li-Chuan 25Lin, Tzu Kang 247Lin, Yung-Bin 243Lis J. 390Liu, Chang 47Liu, Chun Yen 34Liu, Menglong 158Liu, Pei King 25Liu, Peipei 33,414Livadas M. 232Lize E. 62Locklin L. 141Loendersloot R. 143Loh C. 54Loh K. 252Lombaert G. 149,227Lombart G. 239Lopatin C. 105Lopez V. 199

López De Lacalle L. 204Lorenzo H. 128Loupos K. 114Lourenço P. 363Lourens E. 149Loutas T. 284Lozano-Martín Á. 181Luczak M. 382Lukas D. 251Luo K. 361Lynch J. 321,349,355Ma Z. 203Macdonald M. 250Macleod C. 250Maes K. 149Magalhães F. 303,308Magalhaes S. 318Magnus A. 355Mahapatra D. 381Mahin S. 125Mahowald J. 291Majewska K. 195,196,197Majewski P. 58Malfense Fierro G. 402Malinowski P. 192,195,226Malkhanov A. 214Malo Peces S. 232Mamizu H. 189Manson G. 437Manzano J. 350Maquin D. 398,399Marcos-García R. 181Mares C. 232Marischler M. 17Markert B. 61,235Markovic N. 229Márquez A. 49Martín I. 426Martin De La Escalera F. 37Martinelli L. 80Martínez F. 15Martínez Domínguez A.386Martone A. 341,347Marzani A. 1 87,215,220,222Más B. 418Masciotta M. 363Masson P. 24,279Mata J. 154Mathewson A. 130,131Matos J. 363Matsuo T. 338Mattarei M. 80Mattei C. 139Matthaiou I. 219Maudes J. 69,326

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Mazzino N. 199McGugan M. 378McKirdy S. 378Mechbal N. 59,62Mei H. 10,16Melendez R. 162Melia T. 96Mencik J. 278Mendez A. 403Mendoza E. 97,98,451Mennella F. 341Mennuti C. 108Meo M. 329,402Mevel L. 218,278,317, 319,320Michaelides P. 262Michalcová L. 223Michel R. 205Mieloszyk M. 195,196,197,382Miettinen M. 259Miguel Giraldo C. 392Mihajlov S. 48Minakuchi S. 170Misirlioglu I. 379Miszczynski M. 390Mita A. 245Mitchard D. 19Moix Bonet M. 135,230Molina A. 12Molinero J. 176Moll J. 6,7,222,304Montero A. 348Moon G. 414Morais P. 42Morassi A. 188,439Moreno E. 411Moreu F. 343Moriche R. 358,360Moriot J. 279Morrish P. 293Moughty J. 36Moulin E. 305Mourot G. 398,399Moussaoui S. 417Mousteraki M. 356Mowat J. 140Mróz P. 282Mucchi E. 382Mueller I. 313,315Mueller R. 424Mujica L. 253,266,334, 336,446Muller A. 77Müller M. 48,91Münker T. 331Murakawa M. 241,271

Murayama H. 338Murdock C. 397Murillo N. 69,326Mußbach G. 423Mølgaard L. 32Nadarajah N. 191Nagel S. 85Naik R. 396Nakamachi E. 167Nakamura Y. 167,189Nasrollahi A. 203Nastos C. 180,182Nawrot U. 431Nelles O. 331Nestorovic T. 229Newcamp J. 1Nguyen T. 23Ni Y. 385Njoroge I. 53Nocella A. 441Noppe N. 292Nuber A. 304O’Connor S. 355O’Dowd N. 327Oberländer S. 115Ogata J. 271Ohbuchi Y. 167Olivares M. 162Oliveira G. 308Olsen T. 35Omenzetter P. 60,118Ompusunggu A. 42Oñate E. 224Ong W. 209Orellana J. 141Ortiz J. 69,326Or$owska A. 369Ostachowicz W. 192,195,196,197, 226, 301,382Ostermann J. 221Ostiguy P. 24Ozawa S. 245Ozdagli A. 343Ozer E. 2Pacheco J. 303Packo P. 390Paget C. 412Pakrashi V. 130,131Palacz M. 286Palermo A. 220Palermo M. 287Panozzo F. 306,307Pantaleon M. 171Papadimitriou C. 351,357Park, Byeongjin 33Park, ChoonSu 211

Park, Gyuhae 260,261Park, HyoSeon 101Park, JuYoung 274Park, Kyeong 166Park, Seunghee 274,434Park, Yurim 185Patrau B. 163Pawluczy-Majka J. 369Pearson M. 352Peng X. 64Perales J. 342Perera R. 145Pérez Márquez A. 69,326Perez-Campion J. 422Perone G. 441Perremans J. 380Persiano G. 311Petrazzuoli L. 341Petronijevi M. 406Petryna Y. 106,406,410Pfeiffer H. 380Piccolo V. 330Pierce S. 250Pimentel M. 344Pintado J. 71Piotrowska A. 330Pluymers B. 217,238Ponzo F. 428Poorova Z. 249Pour-Ghaz M. 276,345Pozdniakov D. 304Pozo F. 165,210,237,309Pozzi M. 93Prado G. 94Pran K. 35Previtali M. 103Prolongo S. 358,360Providakis C. 356Pugliese M. 441Pullin R. 19,20Punzo G. 250Qin D. 404Qing X. 124Qiu Jinhao 132Qiu Lei. 10,16,452Qu Wenzhong 56Quadflieg T. 84Quaegebeur N. 24,279Quaresimin M. 306,307Quintana J. 155Quintero M. 336Rabelo D. 109Radzie ski M. 301Raghuraman P. 387Rainieri C. 425Raith M. 115

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Ramírez V. 302Ramírez Díaz R. 239Ramos L. 363Ramos Gutierrez O. 171Rams J. 350Rapun M. 342Raugi M. 108Rauter N. 79Rave K. 331Ravi N. 384,387,388,391Rebillat M. 59,62Recarey Morfa C. 239Rediske S. 304Reed J. 370Rekatsinas C. 180,182Ren W. 178Reutlinger A. 71Reynders E. 227,431Rezayat A. 149Ridruejo Á. 418Risberg R. 139Rittenschober B. 17Riveiro B. 128Rizzo P. 203Robertson-Welsh B. 77Robeson M. 255Rodellar J. 334Rodrigues C. 318Rodríguez Castellanos M. 239Rodriguez-Lence F. 426Rohatgi P. 129Rolfes R. 161,221Romero J. 37Roncoroni F. 103Roose D. 239Rose F. 78,127,191,207Roser T. 17Rossetti D. 441Rothe S. 156Roy Mahapatra D. 384,387,388,391Rubio B. 411Rubio J. 411Rudolf F. 73Rueda E. 69Ruiz M. 162,253,266, 334,336Ruiz Ordoñez M. 446Rulli R. 94Russ M. 209R %ek R. 223Ruzicka M. 268Ryu M. 167S. Nadimi E. 152Sabamehr A. 231Saenz del Castillo D. 426Sáez de Ocáriz I. 348

afak E. 419Saguin-Sprynski N. 213Sagvolden G. 35Saito N. 208Sakamoto H. 167Sakaris C. 193Sakellariou J. 186,193Salazar F. 224Saleh M. 83Sales C. 121,126Salgado O. 88,217Salman R. 304Salowitz N. 129Salvino L. 209San Millán J. 71,82Sánchez B. 302Sánchez M. 176,194,350, 358,360Sánchez Iglesias F. 296Sandu A. 163Santos Adam 121,126Santos Joao 154,174Santos Luis 233,427Santos Reginaldo 121,126Sanyoshi Y. 212Saravanos D. 180,182Sarniak L. 192Sarrazin M. 42Sbarufatti C. 80,82,433Schagerl M. 280,324Scheerer M. 17Schisano Lo Moriello S.441Schmidt C. 313Schmidt R. 235Schneider R. 442Scholz M. 304Schoonacker M. 380Schröder K. 161,242Schülzgen A. 348Schwarzhaupt O. 102Seabra R. 318Sekler H. 380Selcuk C. 134,232Seppänen A. 276,345Serov A. 22Serra R. 278Sevillano E. 145Shalan K. 365,366Shao B. 64Shapira O. 264Sharif Khodaei Z. 383Sheikhi E. 125Shi Y. 99Shim H. 101Shin H. 116Shiotsubo K. 338

Shivamurthy R. 387Shoham S. 264Shpak A. 315Shrestha P. 185Siebel T. 102Sierra J. 95Sigurdardottir D. 93Silva G. 94Silva, Moises 121,126Silva, Raquel 109Silveira P. 154Silvestri S. 287Simon Z. 17Sinapius M. 198Singer J. 372,373Singh A. 18Smarsly K. 21Smyl D. 345Snaebjoernsson J. 294Soejima H. 177Söffker D. 156,168,169Sohn H. 33,127,414Solis M. 234,364Solla M. 128Soller B. 432Soman R. 195Soria J. 248Soua S. 65,74Sousa H. 233Soutis C. 77,83Spycha$a J. 58Spyridonakos M. 144Sridaran Venkat R. 368,381,384, 387,391Stargel D. 395,397Starke P. 381Staszewski W. 376Steckel M. 381,387Stefaniuk M. 82Steffen Jr. V. 109Stepinski T. 285,390Sternini S. 23Stojic D. 229Strangfeld C. 48,85,91Strantza M. 367Su Z. 158,159,254Suleman A. 377,379Summan R. 250Sun H. 28Sun R. 145Surace C. 68Suri S. 129Szillasi Z. 340Taboada I. 162Taieb brahimi A. 417Takahashi K. 177

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Takeda N. 170,177,189,190Taltavull Cazcarra A. 368Tamaoki T. 338Tamba A. 94Tan V. 18Tang F. 147Tang J. 66Tay T. 18Tcherniak D. 31,32,323,445Tejerina R. 296Tekkalmaz M. 45Telega J. 382Tenberge P. 168Terroba F. 71Terryn H. 367Testoni N. 187,215Theodosiou T. 180,182Thoma A. 74Thomas A. 76Thöns S. 289,442Thorvaldsen T. 35Tibaduiza Burgos D. 165,237,309Tinga T. 143Tirado-Andrés F. 248Todd M. 370,372,373,415Toledo M. 224Tomé E. 344Tomio N. 44Torbol M. 166Torres Pinzón C. 165Trica L. 231Trombetti T. 287Tsertou A. 114Tsiapoki S. 221Tsistrakis S. 356Tsuruta K. 109Tur M. 262,264Turco E. 188Turkmen H. 379Tussiwand G. 423Tutivén C. 334Tyagunov S. 410Ugalde U. 15Uhl T. 225,282,285,390Ulizar I. 421Ulriksen M. 70,72,323Ulriksen P. 57,86,87Ureña A. 176,194,350, 358,360Urrutia A. 162Ursu I. 184Vaccari A. 330Vamvoudakis-Stefanou K. 186Van Hemelrijck D. 133,367Van Nimmen K. 149

Van Ophem S. 183Vandendael I. 367Vandewalle L. 431Vauhkonen M. 276Vece M. 164,179Vega J. 342Veidt M. 78,127Vemuganti S. 343Ventura C. 353Verbelen T. 292Verhagen W. 11Verhagen W. 1Vicente J. 37,269Vidal Y. 210,334Vieira L. 94Vieira T. 427Vien B. 207Vilatela J. 418Villamizar R. 253,266,336,446Villatoro J. 348Vinestock T. 19Vitola J. 165,309Volkmer K. 313Vospernig M. 288Voss A. 276Vranayová Z. 249Wada D. 275,338Wagner R. 288Wakayama T. 189Wandowski T. 192,226Wang, Chun Hui 78,127Wang, Kai 159Wang ,Long 252Wang Menxing 254Wang, Ming-Ching 247Wang, Qiang 254Wang, Sheng 29Wang, Wentao 321Wang, Xiaojing 361Wang, Yang 430Wang, Ying 438Wang, Yishou 124Weijtjens W. 133,292Weisser A. 412Wevers M. 380Wierach P. 135,198Wiggenbrock J. 21Wirtz S. 168,169Wölfel B. 291Worden K. 76,437Wöstmann J. 85Wu T. 54Wu W. 29,34Xia Y. 385Xiao L. 56

Xie X. 56Xu Hao 158Xu Min 427Xu Yan 92Xu Ying 51Yaacoubi S. 398,399,400,401Yadav S. 246Yan Gang 28,66Yan Xin 361Yang Dong 178Yang Jing 242Yang Suyoung 414Yari T. 208Yazgan U. 118Ye J. 241Yeh ChenYu 25Yeh Nei-Ruey 54Yeh PoLiang 25Yehoshua T. 264Yenihayat N. 419Yi Liqi 147Yi Yung 414Yildiz M. 377,379Yilmaz C. 377,379Yoon D. 211Yoshida T. 167Yuan S. 10,16,452Yue D. 254Zabel V. 175Zahlen P. 412

ak A. 286Zanotti Fragonara L. 68Zappalorto M. 306,307Zarrelli M. 347Zbyrad P. 390Zeng Z. 158Zghal M. 317Zhang, Jinjin 16Zhang, Muyu 235Zhang, S. 56Zhang, Yi 43Zhang, Zhong 158Zhao, Jinlin 132Zhao, Yifan 258Zhao, Yingjun 280Zheng H. 134Zhou L. 158Zhu Y. 112,263Ziaja A. 104Zimmermann M. 359

okowski M. 58,136Zonta D. 93,107,330,450Zornoza Indart A. 277Zubia J. 150,348Zúñiga Sagredo J. 392