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19. ABSTRACT (Continue on reverse if necessary and identify by block number)

The International Conference series on Numerical Grid Generation

in computational Fluid Dynamics was started in July 1986 tc

recogonize grid generation as an essential subject ot

Computational Fluid Dynamics (CFD) which needs individual

attention. The conference is held bi-annually with the purpose of

disseminating new ideas, recent advances and difficulties

encourtered b researchers around the world while solving

20. DISTRIBUTION !AVAILABILITY )F ABSTRACT 21. ABSTqACT SrCURITY CLA:SIFICATIONI rUNCLASSIFP' O/UNLIMITED 0 SAME AS RPT Q-DTIC USERS tUNCLSSIF! ED22,NAME OF R SPONSIBLE IN[ IOUAL 22b, TELEPHONE (Include AreaCode) 22C. OF: ZE SYMBOL

DD Form 1473 JUN 86 Previous editloni are obsolete.

089 8 10 0Z

&-oa .K.. b -1070

2nd International Conference on

Numerical Grid Generation in Computational

Fluid Dynamics

Miami Beach, December 5-9, 1988

Final Report

Submitted to

Air Force Office of Scientific Research,

Washington D.C.

and

National Aeronautics and Space Administration,

Washington D.C.

by

Dr. Subrata Sengupta

Chairman, Organizing Committee

Department of Mechanical Engineering

University of Miami

Coral Gables, FLORIDA 33124.

CONTENTS

1. INTRODUCTION ...................................... 1

2. ORGANIZATION ...................................... 1

3. PROGRAM .......................................... 2

3.1 Keynote Lectures ............................. 2

3.2 List of Presentation Sessions ............... 3

3.3 Special Sessions ............................ 5

3.4 Computer Vendor Displays .................. 5

4. PROCEEDINGS ....................................... 6

5. ATTENDEES ......................................... 6

6. FUTURE PLANS ...................................... 7

7. APPENDICES

Appendix 1 : Conference Program Brochure ........ 8Appendix 2 : List of Attendees .................. 9Appendix 3 : Table of Contents of proceedings ... 18

Accession For

NTIS GRA&IDTIC TAB 13Unwu--unced 5Ju ;tlf !cation

BN_D, -rilbution/

Avat1Wb !ity Cod's

'- Aval1 t[ud/nr

Diot . ,

1. INTRODUCTION

The International Conference series on Numerical Grid Generation

in Computational Fluid Dynamics was started in July 1986 to

recogonize grid generation as an essential subject of

Computational Fluid Dynamics 4GF-B* which needs individual

attention. The conference is held bi-annually with the purpose of

disseminating new ideas, recent advances and difficulties

encountered by researchers around the world while solving

practical Computational Fluid Dynamics problems. The second

conference in the series was held in Miami, Florida, USA, during

the week of December 5-9, 1988. The main theme of the conference

was 2-D and 3-D adaptive grid methods. Nevertheless, papers were

invited from all relevant conventional areas such as algebraic,

boundary fit, and conformal mapping methods and,,pther areas

including applications in computational mechanics. ' F -

2. ORGANIZATION

The Mechanica] Engineering Department at the University of Miami

with the help from National Aeronautics & Space Administration

(NASA) and Air Force Office of Scientific Research (AFOSR)

organized the conference. Dr. Subrata Sengupta was the Chairman

of the organizing committee. Dr. Wilson of AFOSR and Dr. Randolph

Graves of NASA Head Quarters were the prime movers in arranging

support for the meeting. Members of the papers review committee

I I II

2

were Drs. Peter R. Eiseman of Columbia University, NY., Joe F.

Thompson of Mississippi State University, MS., and Jochem Hauser

of European Space Agency, Netherlands. The conference advisory

panel consisted of Dr. Dale R. Satran of NASA Headquarters, Mr.

David Nelson of AFOSR., Prof. Cedric Taylor of University College

of Swansea, U.K., Dr. Leslie J. Chow of NASA, Ames Research

Center and Dr. W. Schmidt of Dornier GmBH, FRG.

3. PROGRAM

3.1 Keynote Lectures

The program for the conference was highlited by five keynote

speakers. They were :

1. "Current Status in CFD"

- Dr. Paul Kutler, NASA Ames Research Center, CA.,USA

2. "Applications of Grid Generation in Air Force"

- Dr. Larry Lijieweski, USAFB, Eglin, FL., USA

3. "Parallel Mesh Generation"

- Dr. Gentzsch, University of Landshut, FRG.

4. "Parallel Computing"

- Lt. Col. Oliver, USAF Weapons Laboratory, USA.

3

3.2 List of Presentation Sessions

In all 38 paper presentation sessions were held. They are as

follows :

1. General Session

2. Application of Grids

3. Element Based Methods

4. Geometric Modelling

5. Surface Grid Generation

6. Algebraic Methods I

7. Algebraic Methods II

8. Algebraic Methods III

9. Elliptic and Hyperbolic Methods

10. Zonal Methods

11. Orthogonal Methods

12. Conformal and Orthogonal Mapping Methods

13. Interactive Multi-block Methods

14. 3D Multi-block Adaptive Methods

15. Multi-block and Multi-grid Methods

16. Adaptive Methods

17. Adaptive Grid Generation I

18. Adaptive Grid Generation II

19. Adaptive Grid Generation III

4

20. Unstructured Grid Generation

21. Unstructured Grid Generation I

22. Unstructured Grid Generation II

23. Unstructured Grid Generation III

Applications

24. Adaptive Applications

25. Grid over Aircraft - Multi-block Methods I

26. Grid over Aircraft - Multi-block Methods II

27. 3D and Surface Grids

28. Unstructured Grid Adaptation - Delaunay Triangulation

29. Unstructured Grid Adaptation - Other Techniques

30. Variational Adaptive Methods

31. Heat Transfer

32. Computational Hydraulics I

33. Computational Hydraulics II

34. Navier-Stokes Equations I

35. Navier-Stokes Equations II

36. Turbo Machinery I

37. Turbo Machinery II

38. Miscellaneous

5

3.3 Special Sessions

The program also included a special invited lecture on the use of

the parallel computer manufactured by Thinking Machines, Inc.,

for CFD applications on Monday, December 5, 1988. The lecture was

given by a representative of United Technologies Research

Center, CT. Conference banquet was held on Tuesday, December 6,

1988. Dr. Randolph Graves of NASA Head Quarters delivered the

banquet speech.

3.4 Computer Vendor Displays

A demonstration of the current computer hardware advances in the

form of a Computer Show on Wednesday, December 7, 1988. The

manufactures included Silicon Graphics, Mountain View, CA.,

Convex Computer Corporation., Dallas, TX., Stellar Computers,

Boston, MA., and Sun Microsystems Inc., FL. Computers displayed

include the new Personal IRIS and Sun 4/260 workstations. A video

illustrating the capabilities of Convex C-1 supercomputer was

also shown.

6

4. PROCEEDINGS

The proceedings of the conference was published in the form of

reference text and was made available to all participants. It was

published by Pineridge Press, Swansea, U.K. and was titled

" Numerical Grid Generation in Computional Fluid Mechanics ". The

papers were grouped according to basic methods and applications

in the text. The table of contents of the proceedings is attached

to this report as Appendix 3. The volume consisted of 1069

printed pages of text and diagrams.

5. ATTENDEES

The total number of attendees were 186. The number of delegates

participating from outside United States were 54. Foreign

participants belonged to one of the following countries : UA,

FRG, France, Italy, Netherlands, Denmark, Finland, India, China,

Israel, Brazil, Canada, Norway, Sweden, Austria, Switzerland,

Japan and USSR. The list of attendes is attached to this report

as Appendix 2.

7

6. FUTURE PLANH

The overwhelming response for the second conference prompted the

organizing committee to plan to continue the conference series.

The 3rd International Conference has been planned to be held at

Barcelona, Spain in 1991.

APPENDIX 1

Conference Program Brochure

8

APPENDIX 2

List of Attendees

9

THE 2ND INTERNATIONAL CONFERENCE ON 10NUMERICAL GRID GENERATION IN COMPUTATIONAL FLUID DYNAMICS

ATTENDEE LIST

Jamshid Abolhassami EiJu AokiOld Dominion University Ohio State UniversityDept. of Mech. Engr. Dept. of Mechanical EngineeringNorfolk 206 West 18th AvenueVA 23665 Columbus OH 43210

Mary R. Albert Ruth ApplebyApplied Research Branch Boeing Computer ServicesU.S. Army Cold Regions Research and M/S 7C-3572 Lyme Road P.O. Box 24346Hannover NH 03755-1290 Seattle WA 98124-0346

S.E. Allwright T. ArkawaBritish Aerospace Plc Mathematical Systems Institute Inc.Civil Aircraft Divn. Hatfield 6F AM BuildingHertfordshire ALl 9TL 2-5-3 Shinjuku Shinluku-kuEngland Tokyo JAPAN

Hany Aly Essar H. AttaTRW Lockheed Aeronautical Systems Co.PO Box 1310 Unit 503 Plant 2SB2/1012 P.O. Box 551San Bernardino CA 92402 Burbanks CA 91520

Ryoichi Amano T.J. BakerUniv. of Wisconsin School of Engr and Applied ScienceCollege of Engr. & Applied Science Dept. of Aerospace Engr.Dept of Hech Engr. P. 0. Box 784 Engineering QuadrangleMilwaukee WI 53201 Princeton New Jersey 08544

Lt. David J.Amdahl Edward BauerAFWAL / FDMH General DynamicsWPAFB Long Point Rd.OH 45433-6533 Groton CT

Joseph D. BaumD. Anderson Lab 4University of Texas Computational PhysicsArlington TZ 76019 Naval Research Lab - 4410

Washington, D.C. 20375

Wladmir Andreenko Kenneth J. BaumeisterSTO Saturn NASA Lewis Research CenterMoscow, Centre ClevelandUSSR Ohio 44135

Alison Andrews J.A. BenekNASA Ames Research Center Calspan AEDCRFA, 285-1 Moffett Field Arnold Air Force BaseCA 94035 Tennessee 37389

Lee A.Ankeny Brad BergmanApplications Programmer Northrop

Su Bernard G.F. Carey 11Senior Research Engineer Dept. of Aerospace Engg. and Engg.The Boeing Company University of Texas at AustinP.O.Box 3707 MIS 7K-02 AustinSeattle WA 98124 TX 78712

R.S. Bernard David CatherallDept. of the Navy RAE FarnboroughWaterways Exp. Station P. 0. Box 6 Aerodynamics DepartmentVicksburg Royal Aerospace EstabilishmentMS 39180-0631 Farnborough HANTS United Kingd

V. Bhat Ching J. ChenPratt & Whitney University of IowaMIS 01-HA-4 Dept. of Mech. Engr.1000 Marie Victorin Longwewil PQ Iowa CityCANADA J4G lAI Iowa 52242

Mike J.Bockelie S.C. ChenDept. of Civil Engg and Engg Mechan Sverdrup Tech. Inc.Columbia University Lewis Research CenterNew York NY 10027 Cleveland, Ohio

S. Bova L.C. ChienInstiute of Physics Academia Sini

J. Bracken Nankang Taipei TaiwanCHINA

W. Braga Yung K. ChooAsst. Professor NASADept. de Engenharia Mecanica Lewis Research CenterPUC/RJ R.Marques de Sao Vicente 2 M/S 5-11 2100 Brookpark Rd.22453 Rio de Janerio RJ BRASIL Cleveland, Ohio 44135

Walter M.Buehl Gary ClarkCornig Glass Works M.S. B-265SP-PR-2-2 Las Alamos National LabsCorning Las AlamosNY 14831 NM 87545

P. W.Bull R.M. ColemanAdmiralty Research Estabilishment Dept. of NavyHaslar Numerical Fluid Dynamics BranchGosport Hants P012 2AG David W. Taylor Naval Ship ResearchUnited Kingdom Bethesda MD 20084

Edward Buratynski Jeff CordovaMember Visual ComputingTechnical Staff AT&T Bell Labs. 883 North Shore Line BlvdP.O.Box 90S Suite B-210Princeton NJ 08540 Mountain View CA 94043

R. Camarero A.M.G. L.CruzEcole Poytechnique Shell ResearchC.P. 6079 "A" Volmerlaan 6Montreal, Canada 2288 GD RiJswiJk

The Netherlands

Hoa V. Cao Arie Dagan

12J.F. Dannenhoffer III Nabil EsmailComputational Fluid Dyn. Research University of SaskaschewanUnited Technologies Research Center Dept. of Chemical EngineeringEast Hartford Saskatoon S7N 0WeCT 06108 CANADA

L. De Blase L.L. EylerUniversita Di Milano Battelle Pacific Northwest LabsDipartimento Di Matematica PO Box 99920133 Milano Via CC Saldinal Richland, WA 9935250 ITALY

J. Diet G. FokkemaAerospatiale Delft Hydraulics Lab.Chatillon/Bagneux PostBus 177France 2600 MM Delft

THE NETHERLANDS

H. Dimeglilo W. FritzSilicon Graphics Dornier GmbH201 Park Place, #300 Postfach 1420 7990Altamonte Springs, FL 32701 Friedrichshafen I

F.R. GERMANY

N.J. Djomehri GentzschNational Aero. & Space Admin. FH RegesburgHail Stop 230-2 Ames Research Cente Roentgenstr. 13Moffett Field 8402 NeutraublingCA 94035 GERMANY (West)

T. L. Donegan Paul Louis GeorgeCalspan AEDC INRIA Domaine de Voluceau RocquencArnold Air Force Base B.P. 105Tennessee 37389 78153 Le Chesnay CEDEX

FRANCE

Geovan TDos Santos Emmanuel K.GlapkeDept. of Mathematics Howard UniversityCatholic University Dept. of Mechanical EngineeringR.Marques de Sao Vicente 225 Washington, D.C. 2005922453 Rio de Janerlo-- RJ BRA

A.S. Dvinsky Haiqing GongCreare Inc. University of DelawareEtna Road P.O. Box 71 Center for Composite MaterialsHanover Newark, DENH 03755

James B.Edwards Randolph GravesAIAA NASA HeadquartersGE Kapl Code RFP.O.Box 1672 Washington DCSchenectady NY 12301

J.B. GreenbergShmuel Eldelman Technion - Israeli Institute of TeSAIC 32000 HaifaMcLean VA ISRAEL

Peter R.Ziseman M. GreppiDept. of Appl. Physics and Muc. Eng University of MilanColumbia University Ts,- st- A4 ?A a I .... Am

13Norbert Grun Bill HoganIng. Buvo Grun Convex Computer CorporationBrunnenstr. 17 701 Piano Road8049 Bachenhausen RichardsonGermany TX 75081

Chunyuan Gu J. E.HolcombDept. of Gas Dynamics Boeing AerospaceThe Royal Institute of Technology P.O.Box 3999Stockholm M/S 82-83SWEDEN Seattle WA 98124

Selchuk IGuceri D. Graham HolmesUniversity of Deleware G.E. Corp. Research & DevelopmentCenter for Composite Materials Rese P.O. Box 8Newark, DE Schenectady

NY 12301

Douglas Halsey Chen-Chi HsuAerodynamics Research and Technolog Univ. of Florida Dept. of Engr. SciDouglas Aircraft Co. 231 Aerospace Engr. Bldg.3855 Lakewood Blvd. Long Beach GainesvilleCA 90846 FL 32611

Dean Hammond Michael J. IvanovGM Research Labs. Central Institute of Aviation MotorFM / 57 2, Avianiotoruaja30560 Mound Road MoscowWarren MI 48090-905 USSR

Mr. Hathaway J.M.J. W.Jacobs Jr.General Electric Corp. National Aerospace Labs. NLRR & D Anthony Fokkerweg 2PO Box 8, Bldg. Ki Rm. 3A 32 AmsterdamSchenectady, NY 12301 THE NETHERLANDS

J. Hauser 0. P.JacquotteHead - Aerothermodynamics Section ONERAESA-ESTEC P.O.Box 299 Aerodynamics Dept.220 AG Noordwijk B.P.72 92322 ChatilonThe Netherlands FRANCE

I. Hawkins Gerald A.JonesHarwell Labs. Dept. of Chemistry and PhysicsUnited Kingdom Atomic Energy Author 11935 Abercorn St.Oxfordshire OII ORA SavannahUnited Kingdom GA 31419

Fredric Hecht Stephen A. JordanINRIA Naval Underwater Systems CenterBP 165 - 78153 Code 8322, Bldg. 1246Le Chesnay Newport RI 02882Cedex FRANCE

A. Hilgenstock Joseph M. JuarezDFVLR SM-TS The Aerospace Corp.Bunsenstr-10 PO Box 92957 M5/559D-3406 Gottingen Los Angeles CA 90009F R Germany

Klaus A. Hoffmann Takeshi KaidenDept. of Aerospace Enar. J,'r,,'&.

14Tsong-Jhy Kao K.D. LeeSenior Engineer University of IllinoisThe Boeing Company College of EngineeringH/S 7C-36 p.O.Box 3707 101 Transportation BldgSeattle WA 98124 104 South Mathews Ave Urbana IL

Hasanobu Kawazoe Larry LijeweskiDaikin Industries, Ltd. AFATO / FXA1304, Kanaoka-Cho Eglien AFBSakai, Osaka FL 32542-5434Japan

David Keck Rainald LohnerConvex Computer Corp. Naval Research Lab - Code 4410701 N. Plano Rd. Lab for Computational PhysicsRichardson TZ 75081 Washington, D.C. 20375

Stephen R. Kennon Raymond LuhDept. of Aerospace Engr. NASA Ames Research CenterUniv. of Texas H/S 258-1 Moffett FieldUTA Box 19018 CA 94035Arlington TZ 76019

Bill King E. HalfaSun Microsystems Aerodynamics Engineer6261 N.W. 6th Way Aeramachhi SPASuite 202 Via S.Sanvito 80Ft. Lauderdale, FL 33309 21100 Varesse ITALY

Goetz H. Klopfer Joseph MankeNielsen Engineering Research Inc Univ. of Washington510 Clyde Avenue Dept. of Applied Math., FS-20Mountain View SeattleCA 94043-2287 WA 98195

J. L.Kuijvenhoven C. Wayne MastinAerodynamics Specialist Dept. of Math and StatisticsSO 2G-32 Postbus 7600 Mississippi State Univ.1100 Zj Schiphol Mississippi StateTHE NETHERLANDS MS 39762

A. Kumar Dimitri MavriplisNational Aeronautical laboratory ICASE M/S-132CPost Bag No. 1779 NASA Langley Research CenterBangalore-560 017 Hampton, VA 23665INDIA

Paul Kutlter Keith MeintlesNASA Ames Research Center Staff Research EngineerCrD Group Fluid Mechanics DepartmentMoffett Field GM Research LabsCA Warren MI 48090-9055

Y. LauzeDept. of Hathematiques Appliquees John E.MeltonEcole Polytechnique Campus de L'Uni NASA Ames Research CenterCase postale 6079 Succursale-A Moffett Field, CA 94035Montreal Quebec H3C 3A7 CANADA

Yves Lecointe Kazuyoshi Mikimw V fntmt, fft

15

Anutosh HoitraPrincipal Scientist A. PardhananiHigh Technology Corp University of Texas28 Research DriveHampton VA 23666

Joan Moore I.H. ParpiaMechanical Engineering Dept. University of Texas at ArlingtonVirginia Polytechnic Institute & S. Dept. of Aerospace Engr.Blacksburg Box 19018VA 24061 Arlington TZ 76019

Richard Moore V. N.Parthasarathy5334 Mule Deer Dr. Department of Mechanical EngineerinUSAFA/DFAN University of MiamiColorado Springs CO 80919 Coral Gables

FL 33124.

A. E.Mynett Nisheeth PatelDelft Hydraulics Lab Ballistic Research LabsPost Bus 177 Launch and Flight Division2600 MM Delft Aberdeen Proving GroundTHE NETHERLANDS HD 21005 - 5066

N. Nagaraj W. PayneMail Stop 230-2 Ministry of DefenseNASA Ames Research Center Acs Admin 483, Room 301Hofett Field Hersey House Drury LaneCA 94035 Liverpool L2 7PX

Gerd Nanz Vincenzo PennatiTechnical University Vienna ENEL -- CRISGausshasstrasse 27-29 Via Ornato 90/14A-1040 Vienna 20162 MilanoAUSTRIA ITALY

R. Narasimhan A. PerronnetDepartment of Mechanical Engineerin Laboratoire d'ANALYSE NUMERIQUEUniversity of Miami Tour 55-65 5-eme etageCoral Gables 4 Place JUSSIEUFL 33124. 75252 Paris Cedex 05 FRANCE

David Nelson Michael PodowskiUSAF Rensselaer Polytechnic InstituteASOSR/NM Bowling Air Force Base Dept. of Nuclear EngineeringWashington, D.C. 20332 Troy, NY 12180

Per Nielsen R. RaghunathGraduate Student Research FellowLaboratory for Applied Math. Physic NOAA / AOMLUniversity of Denmark -- Bldg 303 4301 Rickenbacker CausewayDK-2800 Lyngby DENMARK Miami, FL 33149

Dale E. Nielsen C.W. ReedLawrence Livermore National Lab System Dynamics Inc.L-95, PO Box 808 1211 N.W. 10th AvenueLivermore, CA 94550 Gainesville FL 32601

Bernadette Palmero Azine RenzoUniversite de Nice /IN ,A 04 A4 Mmm-mmma"4 .

16Zsolt ReveSZ Howard SharpeAssociate Consulting Engineers P.O. Box 4587PO Box 1126 Room 2433CH-5401 Baden Standard Oil Inc.Switzerland Houston TX 77210

William Romer Jonathon A.ShawMcDonnell Douglas Aircraft Research AssociationPO Box 516 Manton LaneMails 0341260 BedfordSt. Louis MO 63166 ENGLAND

R. K.Rout Gregory SmithGE Aircraft Engines Sverdup TechnologyP.O.Box 156301 P.O.Box 30650One Neumann Way Middleburg HeightsCincinatti OH 45215 OH 44130

Walter H.Rutledge R.B. SmithDept. of Aero.Sp.E & AM Mail Stop 125University of Texas NASA Langley Research CenterAustin HamptonTI 78712 VA 23665

Thomas SonarSohrab Saeidi DFVLRGeneral Dynamics Postfach 3267Groton, CT 3300 Braunschweig

r.R.Germany

Dale R.Satran Bharat K. SoniNASA Headquarters. Dept. of Aerospace EngineeringProgram Manager Aerodynamics Div Mississippi State UniversityCode Rr Mississippi StateWashington DC 20546 MS 39672

Chuck Schiebe Reese L. SorensonStellar Computers Applied Computatonal Fluids Branch1117 Perimeter Ctr. W. NASA Ames Research CenterE116 Atlanta, GA 30338 Moffett Field

CA 94035

Harald Schutz John SpyropoulisHermann Fottinger Institute Purdue UniversityTechnische Universitat Berlin Research AssociateStrusse des 17 Juni 135 1201 3. 38th StreetD-1000 Berlin 12 WEST GERMANY Indianapolis IN 46223

W. Seibert Ewald SteckDornier GmbH Institut fur Stromungslehre7990 Friedrichshafen 1 und StromungsmaschinenPostfach 1420 Universitat KarlsruheP.R. GERMANY r.R.Germany

S. Sengupta John SteinbrennerDept. of ME General Dynamics/FW DivisonUniv. of Miami PO Box 748Coral Gables Fort WorthFL 33124 TZ 76101

Richard Shapiro William StrangThinking Machines Inc. Aerospace EngineerIAG FIrst Atiraat A --

17

S. Subbiah Lars TysellUniversity of Delaware The Aeronautical Research InstituteRn 126 Spencer Lab of SwedenNewark, DE 19716 Box 11021

S-161 11 Bromma SWEDEN

H. H.Sussman Yi WangBettis Atomic Power Labs. Dept. of Applied PhysicsH/S 37-U Columbia UniversityP.O.Box 79 New YorkW.Hishlin PA 15122 -0079 N.Y. 10027

Takeo Taniguchi Saif WarsiEngineering Sci. Dept. Sverdrup Tech.

Okayama University 16530 Commerce Ct.

Okayama Hiddleburg Heights OH 44130JAPAN

W. C.Thacker Alan M. WinslowNOAA / AOML Lawrence Livermore National Labs

4301 Rickenbacker Causeway L-18 LLNLMiami FL 33149 Livermore, CA 94550

F. Thiele Wei-Tsu WuTechnische Universitat Berlin The Ohio State UniversitySerk HF1 Strabe des 17 8457 Bridletree WayJuni 135D-1000 Berlin 12 WorthingtonF.R.Germany OH 43085

J.W. Thomas Arthur WuColorado State University Code 64012Dept. of Mathematics Naval Weapons CenterFort Collins CO 80524 China Lake

CA 93555

J. F.Thompson J. Zhu

Mississippi State University Institute for HydromechanicsDept of Aerospace Engr. University of KarlsruheDrawer A D-7500 Karlsruhe IMississippi State MS 39762 WEST GERMANY

Jan M.ThomsenThermal Insulation LaboratoryTechnical University of DenmarkBuilding 118DK-2800 Lngby DINMARK

Phuong TianThe Aerospace CorporationP. 0. Box 92957M-4-964Los Angeles CA 90009-2957

Weihnurng TiarnApplied Technology652 Hummingbird LaneOrlandoFlorida

Ting-Kuel Tsay

APPENDIX 3

Table of Contents of the Conference Proceedings

18

19

PREFACE

PA-RT I NUMERICAL GRID

GENERAT ION

TECHNIQUES Pam No.

SECTION I GENERAL

TECH N IQUES

Generation of FAC Patched Grids 1J.W. Thomas and S.M. McKay

Knowledge-Based Flow Field Zoning 13A. E. Andrews

Grid Generation by Using Boundary Integral Element 23MethodTing-Kuel Tsay

Algebraic Boundary-Conforming Grid Generation 31Around WingITall-Body ConfigurationsM.M. Allsahi and M. Farid

Quasi-Thre-Dimensional Grid Generation by an '41Algebraic Homotopy ProcedureA. Moitra

An Algebraic Procedure to Generate 30 Grids for S1Complex Arterial Flow GeometriesA.H. MazHer

Fast Interpolation Schemes for Moving Grids 63C.W. Mastin

Three-Dimensional Zonal Grids About Arbitrary 75Shapes by Poisson's EquationR.L. Sorenson

Surface Grid Generation for Complex Three-Dimensional 8S

GeometriesR.C.C. Luh

20

Page No.

Grid Generation Software Engineering at Los Alamos 95G.L. Clark and L.A. Ankeny

Parallel Element-by-Element Grid Generation 105E. Barragy and G.F. Carey

Mesh Generation on Parallel Computers 113W. Gontzsch and J. Hiluser

Surface Constrained Grid Generation with 125Lagrange MultipliersL.L. Eyler and M.D. White

A Fast Method for the Elliptic Generation of Three- 137Dimensional Grids with Full Boundary ControlA. Hilgenstock

Hyperbolic Grid Generation Technioues for Blunt 147Body ConfigurationsK.A. Hoffman, W.H. Rutledge and P.E. Rodi

A New Approach to Grid Generation Using Finite 157Element TechniqueV.C.V. Rao, T. SundararaJan and P.C. Des

Surface Grid Generation for Composite Block Grids 167G.A. Jones, J.F. Thompson and Z.U.A. Warsi

A New Approach to Grid Generation Based on 177Local OptimisationA. Kumar and N.S. Kumar

Effect of the Grid System on the Solution of 185Euler EquationsK.A. Hoffman, T-L. Chiang and J.J. Bertin

Patch Structured Surface Grid With Dynamic 195Curvature ClusteringY. Wang and P.R. Eiseman

Surface Grid Generation Through Elliptic PDE's 207Z.U.A. Warsi and W.N. Tiarn

Algebraic Generation of Smooth Grids 217J. Zhu, W. Rodi and B. Schoenung

21

Page No.

SECTION 2 ADAPTIVE.

ORTHOGCONAL

AND MAPPING;MET" HOIS

A Semi-Analytical Procedure for the Conformal 227Mapping of Arbitrary Airfoil ContoursH. Schutz and F. Thiele

A Transient Automated Mapping Procedure for 237Complex GeometriesP.E. Read and J.W. White

A Direct Variational Grid Generation Method: 247Orthogonality ControlJ.E. Castillo

Grid Adaptivity with Evolutionary Control 2S7M. Bockelie and P.R. Eiseman

Automatic Generation of Orthogonal Cartesian 269Networks for the Direct Solution of Differential Problemson General Shape Three-Dimensional Domains by Meansof Generalized Finite DifferencesL. De Blase. A. Gal and V. Pennati

Three-Dimensional Self-Adaptive Grid Method for 277Complex FlowsM.J. Djomehri and G.S. Deiwert

Numerical Generation of Nearly Orthogonal Boundary- 289Fitted Coordinate SystemC.J. Chen, K.M. Obasih and T-S. Wung

Adaptive Grid Generation from Harmonic Maps 299A.S. Dvinsky

Three-Dimensional Adaptive Grid Generation for 309Body-Fitted Coordinate SystemS.C. Chen

A Comparison of Two Adaptive Grid Techniques 319J.F. Dannenhoffer III

Solution-Adaptive Grids for Transonic Flows 329D. Catherall

Adaptive Techniques for Boundary Grid Generation 339R.M. Coleman

22

Page No.

Adaptive Orthogonal Surface Coordinates 351R. Arina

Adaptive Grid Technique Applied to Stagnation Point 361Hypersonic Low Density FlowA.C. Jain and B. Murali

Algebraic Generation of 3-0 Partially Orthogonal and 373Surface Oriented Coordinate GridsE. Stack, L. Kullmann and K.O. Felsch

The Construction of Component-Adaptive Grids for 383Aerodynamic GeometriesJ.A. Shaw, J.M. Georgala and N.P. Weatherill

A Novel Adaptive Finite Element Technique Based 395on Poisson Grid Generation EquationsM.S.M. Krishna and T. Sundararajan

A Variational Method for the Optimization and Adaptation 105of Grids in Computational Fluid DynamicsO.P. Jacquotte and J. Cabello

On An Adaptive Grid Generation Technique for 41STransonic Turbulent Projectile AerodynamicsComputationC-C. Hsu and S-C. Yang

Orthogonal Curvilinear Coordinary Generation for 425Internal FlowsM.R. Albe't

A Depth-Adaptive Grid Using a Control-Function 435ApproachP. Nielsen and 0. Skovgaard

Solution Adaptive Meshes with A Hyperbolic Grid 443GeneratorG.H. Klopfer

Solution-Adaptive Grid Generation Using a Parametric 45SMappingK.D. Lee. J.M. Loellback and T.R. Pierce

Zonal Grid Applications to Computations of Transonic 465FlowsC-Y. Gu and L. Fuchs

Solution Adaptive Parabolic Grid Generation in Two 475and Three DimensionsI.H. Parpia and R.W. Noack

23

Paae No.

Self-Adaptive Grids in Arbitrarily Shaped Regions 48SJ.B. Greenberg

Requirements For The Adaptive Grid Navler-Stokes 495

Analysis of Complex 3-0 Configurations and FlowfieldsJ.E. Holcomb

SECTION 3 MULTI -BLOCK

AND MULTI -

GRID METHODS

Three-Dimensional Grid Generation About a Submarine 505j.S. Abolhassani and R.E. Smith

A Graphic- Iterative Program-System to Generate 517Composite Grids for General ConfigurationsW. Seibert

Multiblock Grid Generation for Afterbody Problems 529G.B. Deng, Y. Lecointe, J. Piquat and M. Visonneau

Three-Dimensional Parametric Block Grid Regeneration 539With Localized Solution AdaptionJ.P. Steinbrenner and D.A. Anderson

Three-Dimensional Composite Grid Generation by 5549Domain Decomposition and Overlapping TechniqueK. Miki and K. Tago

Techniques In Multiblock Domain Decomposition and 559Surface Grid GenerationS.E. Allwright

Application of Multiblock Grid Generation Approach to 569Aircraft ConfigurationsA. Klunover, T.J. Kao and N.J. Yu

Interactive Multi-Block Grid Generation 579D.J. Amdahl

SECTION L& UNSTRUCTURED

GRID GENERATION

(ADAPTIVE AND NON ADAPTIVE)

Constraint of the Boundary and Automatic Mesh 589GenerationP.L. George, F. Hecht and E. Saltel

24

Page No.

Unstructured Grid Adaption for Non-Convex Domains 599S.R. Kennon and D.A. Anderson

Adaptive Mesh Generation for Viscous Flows Using 611Delaunay TriangulationD.J. Mavriplis

A Three-Dimensional Unstructured Mesh Generator 621for Arbitrary Internal BoundariesE. K. Buratynski

Quadtree/Octree Meshing with Adaptive Analysis 633J.H. Chong, P.M. Finnigan, A.F. Hathaway,A. Kola and W.J. Schroeder

The Generation of Unstructured Triangular Meshes 643Using Doelaunay TriangulationD.G. Holmes and D.D. Snyder

2-D and 3-D Unstructured Mesh Adaption Relying on 653on Physical AnalogyP. Palmerio and A. Dervieux

Discretization Formulas For Unstructured Grids 665K.J. Baumeister

Generation of Tetrahedral Meshes Around Complete 675AircraftT.J. Baker

Interactive Generation of Unstructured Grids for b-.Three Dimensional ProblemsR. I.Ahner, P. Parikh and C. Gumbert

Numerical Simulation of Shock-Box Interaction Using 699An Adaptiys Shock Capturing SchemeJ.D. Baum and R. Ldhner

Finite Octree Mesh Generation for Automated Adaptive 709Three-Dimensional Flow AnalysisM.S. Shephard, F. Guerinoni, J.E. Flaherty,R.A. Ludwig and P.L. Baeshmann

A Generator of Tetrahedral Finite Elements for 719Multi-Material Objects or FluidsA. Perronet

On The Combination of Structured-Unstructured Meshes 729N.P. Weatherill

25

Page No.

PAR-r I I APPLI1 CA-rIONS4

sEFCT-rIOC>N 1 GRtiDS O>VER

Application of a Three-Dimensional Finite Element 711Grid Generation Scheme for an F-16 AircraftConfigurationA. Ecet. J.T. Spyropoulos and E. Bulbul

Surface Grid Generation for Advanced Transport 751ConfigurationsJ.E. Melton and R.G. LanghiApplication of 1-DEAS Grid Generator for Three- 761Dimensional Transonic Flow AnalysisR. K. RoutGrid Generation for an Aft-Fulselage-Mounted Nacelle 77S/Pylon ConfigurationN. D. Halsey

Zonal Grid Generation for Fighter Aircraft 785E. H. Atta

Geometric Modelling of Complex Aerodynamic Surfaces 795and Three-Dimensional Grid GenerationT. Sonar and R. Radespiel

interactive Grid Generation for Fighter Aircraft 805GeometriesR.E. Smith and E.L. Everton

Multiple-Block Grid Adaption for an Airplane 615GeometryJ.S. Aboihassani and R.E. Smith

SECT-ICON 2 NAVIER-STOCKESrEQ UA^T1>r IO S

Numerical Study of Cavity Flow for a Second Grade 825FluidG. Grossman and B. Wheatley

Hybrid Coordinates for 3-D Boundary Layer 835CalculationsN.- Gr~n

26

Pagie No.

An Analysis of Severe Grid Distortion Effects on the 84a5Accuracy of Some Discretization Schemes for Convection-Diffusion EquationsE. Renard and J.A. Essers

A Zonal Finite Element Grid Generation for 3-1) Viscous 855Flow Analysis0. CUcat, E. GUrgey and H.R. Kul

SECT'IO3N 3 TrUR1BO0MACH1NERY

CAGD In Turbomchinery 865B. Ozell and R.- Camar~ro

Interactive Design of 3-D Grids for Propellers 875Y. Lauzd. R. Camardro and D. Pel letier

Grid Generation and Its Application to Turbulent 885Separated FlowsJ .P. Maruszewski and R .S. Amano

Interactive Grid Generation for Turbomachinery 895Flow Field SimulationsY. K. Choo, P.R. Eiseman and C. Reno

C-Grid Generation for Turbomachinery Cascades 905R.M. Moore and J.D. Hoffman

GENIE: Generation of Computational Geometry-Grids 915for Internal-External Flow ConfigurationsB.K. Soni

Numerical Interactive Grid Generation for 3D-Flow 925CalculationsJ.M.J.W. Jacobs, A. Kassies, J.W. Boerstoel,F. Buisen,

!SECTIONP L& CONIPU TATIONAP4 L_HYDORAULI1CS

The Interaction of Waves with Large Submerged 9545Structures via Boundary-Fitted CoordinatesR.R. Hwang and H-C. Fan

Grid-Induced Computational Flow Separation 955R.S. Barnard

Numerical Modelling of Water-Wave Refraction/ 965Diffraction In Regional Coastal AreaT-K. Tsay. S.A. Ebersole and P.L-F. Liu

27

Page No.

SECTION 5 HEAT TRANSFER

AND FLUID FLOW

Dynamic Mesh Adaption for Unsteady Nonlinear 977Phenomena - Application to Flame PropagationF. Benkhaldoun, P. Leyland and B. Larrouturou

Grid Generation for the Analysis of Dispersed Phase 987Motion in Two Phase FlowsN. Kurul and M.Z. Podowski

A Solution Method for Natural Convection In 997Enclosures with Inner Bodies of Arbitrary ShapesE.K. Glakpe

Application of Self-Adaptive Grid Method in 1009Thermophoratic Flow Past a Circular CylinderS. Jayaral and V.K. Garg

SECTION 6 MISCELLANEOUS

Study of Flow in Single Rock Fractures 1019K. Muralldhar

Numerical Grid Generation Used for Remeshing 1029Finite Element Analyses of Metal FormingA.M. Lush

Automatic Grid Control in Device Simulation 1039G. Nanz, W. Kausel and S. Selberharr

Automatic Mesh Generation for Two Dimensional 109Crack Propagation AnalysisT. Taniguchi

Application of Biharmonic Grid Generation to 1059Thermal Stress AnalysisD.C. DeHer, N.R. Sottos and S.I. GUceri