curriculum vitae valery rudnev december_2015

CV, Dr.Valery Rudnev, FASM

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CURRICULUM VITAE

Dr. VALERY I. RUDNEV, FASM

Dr. Valery Rudnev is Director of Science & Technology of Inductoheat Inc.,

An Inductotherm Group Company and Chairman of the Technical

Committee of the Forging Industry Association (FIA). He is considered by

many as one of the leading global figures in the induction heating and heat

treating industry. Dr. Rudnev has more than 30 years of experience and is

known within the American Society for Materials (ASM International) and

among induction heating professionals as "Professor Induction." In 2006,

Dr. Rudnev was elected as a Fellow of the ASM International in recognition of his distinguished

contributions to the field of materials science and materials engineering. He authored and co-

authored numerous chapters and articles for eight (8) handbooks devoted to various aspects of

induction heating, heat treating, material science, computer modeling and innovative process

development. This includes his contributions in publishing three (3) ASM Handbooks (Volumes 4A,

4C and 22B) and the “Handbook of Induction Heating” published by Marcel Dekker, New York,

2003, 800 pages. Dr. Rudnev is Lead Volume Editor of ASM Handbook, Vol.4C: Induction Heating

and Heat Treating, 2014. He is a member of various International Editorial Boards and

Scientific/Engineering Committees, including ASM Handbook Committee and Research &

Development Committee of Heat Treating Society of ASM Intl. His credits include a great deal of

“know-how”, more than 40 patents and inventions (US and International) and more than 200

engineering/scientific publications. Number of Dr. Rudnev’s publications has been translated into

Spanish, Portuguese, German, Russian, Chinese and Japanese languages. He was a keynote/invited

speaker at many international congresses, conferences, seminars and symposiums.

Business Address Inductoheat, Inc., An Inductotherm Group Company

32251 N. Avis Dr.

Madison Heights, Michigan, 48071, USA

Tel.: (248) 629-5055

E-mail: [email protected]

Academic Background

Diploma of an Associate Professor (concentration – induction heating and heat treating),

Department of Electrical Engineering and Automation, St. Petersburg State Electrical

Engineering University, St. Petersburg, Russia, 1990.

Ph.D. in Electro-Thermal Technology, Department of El. Eng. and Automation, St.

Petersburg State Electrical Engineering University, St. Petersburg, Russia, 1986.

M.S. degree in Electrical Engineering (concentration-induction heating), Department of

Electrical Engineering, Samara State Technical University, Samara, Russia, 1977.

Professional Growth

1993–present Chief Scientist (1993-2002), Director, Science and Technology (2002-present)

Inductoheat Inc., An Inductotherm Group Company, Madison Heights, MI, USA

mailto:[email protected]


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2013-present Chairman, the Technical Committee of the Forging Industry Association (FIA)

2007–2009 Was elected as one of the 25 Most Influential People in the North American Heat

Treating Industry by www.themonty.com – electronic Internet service for heat

treating industry.

2006 Was elected as the Fellow of the American Society for Materials (ASM International)

in recognition of his distinguished contributions to the field of materials science and

materials engineering. The citation reads “For substantial achievements in induction

heating and induction heat treating technology through the combined use of

theoretical knowledge, experience, computer modeling, know-how and novel process

and product development.”

1986–1993 Positions of Associate Professor and Assistant Professor at two different universities:

St. Petersburg El. Engineering University, St. Petersburg, Russia and

Samara State Technical University, Samara, Russia

Visiting Positions

1989–1990 Visiting Professor, Colorado State University, Fort Collins, Colorado, USA

Member of the Editorial Boards and Scientific/Engineering Committees

2012- present Member of the Research & Development Committee of the Heat Treating Society of

ASM International, Materials Park, Ohio.

2014 - present Member of the Handbook Committee of ASM International, Materials Park, Ohio.

2010 - present Member (2010-2013) & Chairman (2013-2015) of the Technical Committee of the

Forging Industry Association (FIA), Cleveland, Ohio

2006- present Member of International Advisory Committee, The World Scientific and Engineering

Academy and Society (WSEAS)

2005 Member of the Board of Emerging Technologies Committee of the Heat Treating

Society of ASM International, Materials Park, Ohio

2000– present Member of the Editorial Board of several scientific/engineering journals and

magazines, including

Member of Editorial Board of Int. Journal of Materials & Product Technology

(IJMPT), Inderscience Publishers, Geneva, Switzerland (2005 - present).

Member of Editorial Board of Int. Journal of Microstructure and Materials

Properties (IJMMP), Inderscience Publishers, Geneva, Switzerland (2005 - present).

Member of Editorial Committee of Heat Treating Progress magazine, published by

ASM International, Materials Park, Ohio (2000 - 2002).

2011- present Columnist for HTPro e-News, Heat Treating Society, ASM International.

2014-peesent Member of the Editorial Advisory Board for the Encyclopedia of Iron, Steel, and

Their Alloys, Taylor & Francis Group (to be published in 2016).

2006 Invited editor. International Journal of Materials & Product Technology (IJMPT),

Special issue on “Induction Heating & Hardening & Welding”, Inderscience

Publishers, invited editors: Grum,J., and Rudnev,V., Geneva, Switzerland.

2003–2009 Columnist for Heat Treating Progress (Professor Induction column) magazine,

published by ASM International, Materials Park, Ohio, USA.

1997 Invited editor of Proceedings of the 17th

Heat Treating Conference including the 1997

International Induction Heat Treating Symposium, editors: Milam,D., Poteet,D.,

Pfaffmann,G., Rudnev,V., Muehlbauer,A. and Albert,W., ASM International, 954pp.

http://www.themonty.com/


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Teaching Experience

1993– present Principal Lecturer / Invited Speaker. Training classes on induction heating and heat

treating in USA, Canada, Mexico, England, Germany, Italy, Sweden, France, Russia,

Brazil, India, China, Japan.

2009-2015 Principal lecturer for Dana, Alcoa, Caterpillar, John Deere, Estwing Manufacturing,

Sargent Aerospace & Defense, NTN, General Motors, Chrysler, Ford, Volkswagen

(Germany), Audi (Germany), Volvo-Track division (Sweden), Linamar (Canada),

Daimler-Mercedes Benz (Germany), Fiat (Italy), Opel (Germany), Renault (France),

SKF (Italy), Vallourec Oil & Gas (France), Sandvik (Sweden), Bharat Forge (India),

and others.

Principal Lecturer / Invited Speaker for selected educational classes, workshops,

seminars and webinars.

2015 Class on Induction Heat Treatment: Induction Hardening and Tempering, Chrysler

World Headquarters, Auburn Hills, MI, USA Course code: VEDIGC100 (Oct. 16,

2015).

2015 2015 Seminar on Basics and Advanced Principles of Induction Heating Metallic

Materials, Sargent Aerospace & Defense, Torrance, CA, USA (Sept. 15, 2015).

2015 Webinar on Metallurgical Aspects of Induction Heat Treating, John Deere

Worldwide Metals Community, USA (March 4, 2015).

2015 Seminar on Innovations in Induction Heat Treating, Caterpillar Headquarters, Peoria,

IL, USA (Jan. 13, 2015).

2015 Invited presentation on Aspects of Induction Heat Treating at Peoria ASM Chapter,

Peoria, IL, USA (Jan. 12, 2015).

2014 Seminar on Ways to Increase Efficiency, Flexibility and Quality of Induction Heating

and Heat Treating, Moscow, Russia, (Sept. 23, 2014).

2014 Class on Induction Heat Treating of Automotive Components for Linamar Group

Companies, Canada (July 15, 2014).

2014 Two-day Workshop on Induction Heating and Heat Treating Technologies for

Sandvik Materials Technology Group, Sandviken, Sweden (March 20-21, 2014).

2013 Class on Induction Heat Treatment: Induction Hardening and Applications for Gears

& Gear-like Components, Chrysler World Headquarters, Auburn Hills, MI, USA

Course code: VEDIGC100 (May 30, 2013).

2013 Class on Induction Heat Treatment: Induction Hardening and Applications for Shaft

Components (crankshafts, camshafts, axle shafts, output shafts, etc.), Chrysler World

Headquarters, Auburn Hills, MI, USA Course code: VEDIGC100 (June 24, 2013).

2013 Workshop on Induction Heat Treating Powertrain Components, Daimler - Mercedes

Benz World Headquarters, Germany (May 17, 2013).

2013 Workshop on Induction Heat Treating Powertrain Components at Volkswagen World

Headquarters, Germany (May 15, 2013).

2013 Workshop on Induction Hardening of Gears and Shafts, Fiat World Headquarters,

Italy (May 20-21, 2013)

2013 Chrysler Technology Club, Distortion Control. Transitional and Residual Stresses

(June 28, 2013), Chrysler World Headquarters, Auburn Hills, MI, USA.


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2013 Workshop on Induction Heat Treating of Crankshafts and Camshafts, Volvo-Track

Division, Sweden (May 14, 2013).

2013 Workshop on Induction Heat Treating Powertrain Component, Audi World

Headquarters, Germany (May 16, 2013).

2012 Workshop on Induction Heating and Heat Treating Technologies, ALCOA, Tucson,

AZ, USA (Sept. 19-20, 2012).

2012 Class on Case Hardening - Induction Heat Treatment, Chrysler World Headquarters,

Auburn Hills, MI, USA Course code: VEDIHG100 (June 11, 2012).

2011 Seminar on Metallurgy of Induction Hardening and Tempering, Estwing

Manufacturing Co. Rockford, IL, USA (Feb. 16, 2011)

2009 Workshop on Induction Heating Technologies, Bharat Forge, Pune, India (2009).

2009–2015 Speaker. ASM Webinars organized by ASM Int’l.

- “Innovations in Induction Hardening of Shafts and Components” (2015)

- “Recent Inventions and Innovations in Induction Hardening of Gears and Gear-

like Components” (2011)

- “Avoiding Premature Coil Failures. Design and Fabrication of Long-Lasting

Inductors” (2010)

- “Induction Tempering vs. Oven Tempering: When Little Things Mean a Lot” (2010)

- “Simple Solutions for Typical Induction Heat Treating Problems” (2009)

1990–1993 Associate Professor. Courses on Applied Electromagnetics, Electro-Thermal

Technologies for Automotive Industry, Mathematical Modeling of Electro-Thermal

Processes for undergraduate and graduate students (Samara State Technical

University, Russia and St. Petersburg Electrical Engineering University, Russia).

1986–1990 Assistant Professor. Courses on Numerical Computation of Industrial Processes,

CAD of Electro-Thermal Systems, Advanced Heat Treatment, Introduction to Power

Supply Systems of Industrial Shops for undergraduate and graduate students (Samara

State Technical University, Samara, Russia).

1986–1993 Advisor for MS and PhD students.

Research Experience

1993– present Chief Scientist (1993-2002) and Director, Science and Technology (2002-present) of

the world’s largest designer and manufacturer of induction heating machinery -

Inductoheat (part of an Inductotherm Group).

Responsible for scientific/engineering support, trouble-shooting, research and

development of novel technologies in induction heating and induction heat treating

and was involved in several hundred projects that require advanced and diverse

knowledge in mathematical modeling, computer simulation, electro-magnetics,

material science, heat transfer, metallurgy, practical induction heating experience, as

well as “know-how” capabilities to solve complex interrelated problems.

1999–2005 Collaborative research and development project for US Department of Energy.

Award number: DE-FC36-99ID13819 “Controlled thermo-mechanical processing of

tubes and pipes for enhanced manufacturing and performance” (in cooperation with

The Timken Co., Oak Ridge National Laboratory, Sandia National Laboratories,

Colorado School of Mines, National Research Council Canada, The University of

British Columbia, Case Western Reserve University, The Ohio State University,


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Inductoheat Inc., U.S. Steel Group, and others). Inductoheat was responsible for the

induction heating model for the simulation of induction heating process.

Membership in Professional Societies and Organizations

1995– present American Society for Materials (ASM International) and Heat Treating Society

2010- present Forging Industry Association (FIA)

2006- present The World Scientific and Engineering Academy and Society (WSEAS)

2015- present Association for Iron and Steel Technology (AIST)

1997-2012 Institute of Electrical and Electronics Engineers (IEEE Magnetics Society)

2003-2009 International Union for Electricity Applications (UIE), Education & Research

working group of UIE SIG E&R

1998-2005 Society of Manufacturing Engineers (SME)

1994-2003 The New York Academy of Sciences (NYAS)

1997-2003 Association of Iron and Steel Engineers (AISE)

Participation at Scientific / Engineering Congresses, Conferences, Seminars, Colloquiums and

Symposiums

1992– present Co-organizer, keynote speaker, plenary lecturer, invited lecturer, session chair, and/or

speaker at congresses, conferences, symposiums, seminars and colloquiums,

including

ASM Heat Treat Society Conference, Detroit, Oct.20-22, 2015 (speaker).

The 11th

Chinese Heat Treatment Congress, Taiyuan, China, July 18-19, 2015

(keynote speaker/plenary lecturer).

The International Conference on Advances in Product Metallurgy of Long and Forge

Products, Vail, Colorado, July 12-15, 2015 (session chair and speaker).

ForgeFair-2015, Cleveland, Ohio, April 14-16, 2015.

The International Conference on Advanced Heat Processing, India Chapter of ASM

Int'l., Gandhinagar, Gujarat, India, Dec.4-6, 2014 (invited speaker).

4th

Mexican Induction Heating Seminar, Querétaro, Mexico, Oct. 28-29, 2014

(keynote speaker).

The 30th

Forging Industry Technical Conference, Plymouth, MI, Sept. 8-9, 2014

(conference chairman).

XXVIII Jornadas Técnicas - Conexion AIPM, Asociacion de Indenieros Petroleros de

Mexico, Oct. 23-24, 2013 (speaker).

The 27th ASM Heat Treating Society Conference, Indianapolis, Sept. 16-18, 2013

(speaker).

Heat Treatment Congress -Tratamientos Termicos, Queretaro, Mexico, June 19, 2013

(invited speaker).

Int'l Conf. Heating by Electromagnetic Sources (HES-2013), Padua, Italy, May 21-

24, 2013 (session chair and speaker).

Forge Fair-2013, Columbus, Ohio, March 26-28, 2013 (speaker).

World Class Forging Seminar, Queretaro, Mexico, February 21, 2013 (invited

speaker).

American Gear Manufacturers Association (AGMA) Technical Meeting, Dearborn,

MI, October 28-30, 2012 (speaker).


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The 20th Congress of the International Federation for Heat Treatment and Surface

Engineering, Beijing, China, Oct. 23-25, 2012 (speaker).

The 10th Furnaces North America (FNA) conference, Nashville, TN, Oct. 2-3, 2012

(speaker).

The 29th Forging Industry Technical Conference, Cleveland, OH, Sept. 10-12, 2012

(speaker).

International Conference “AeroMat-2012”, Charlotte, NC, June 18-20, 2012

(speaker).

The 26th ASM Heat Treating Society Conference, Cincinnati, Oct.31-Nov.2, 2011

(speaker).

Materials Science & Technology Conference (MS&T), Columbus, Oct. 16-20, 2011

(speaker).

The XIIIth

International Conference on Complex Systems: Control and Modeling

Problems, Samara, Russia, June 15-17, 2011 (invited speaker).

International Conference “AeroMat-2011”, Long Beach, CA, May 23-25, 2011

(speaker).

The 3rd

Induction Heating Seminar, Queretaro, Mexico, April 12-13, 2011 (principal

speaker).

The 28th

Forging Industry Technical Conference, Schaumburg, IL, April 5-7, 2011

(speaker).

Global Materials Engineering Forum, Dana Corp., Maumee, OH, Nov. 29, 2010

(invited speaker).

Wire Expo – 2010, Milwaukee, Wisconsin, May 11-13, 2010 (speaker).

International Conference “Thermal Treatment Technologies (TTT-2010)”, Sao Paolo,

Brazil, April 25-28, 2010 (keynote speaker).

The 25th

Heat Treating Society Conference, Indianapolis, Sept. 14-17, 2009

(speaker).

The 7th

International Latin-American Conference on Powder Technology, Sao Paolo,

Brazil, Nov. 8-10, 2009 (speaker).

ASM International Conference on Heat Treating of Light Alloys, Anaheim, March

25-26, 2009 (speaker).

The 20th

ASM Aerospace Materials Conf. (AeroMat), Dayton, Ohio, June 7-11 2009

(speaker).

The 2nd

Mexican Technical Seminar on Induction Technologies, Monterrey, Mexico,

Nov. 18-19, 2008 (principal speaker).

Materials Science & Technology Conference (MS&T), Pittsburgh, Oct. 5-9, 2008

(speaker).

The 19th

International Forging Congress, IFC-2008, Chicago, Sept. 7-9, 2008

(speaker).

The 1st Mexican Technical Seminar on Induction Heating & NDT Testing, Queretaro,

Mexico, Nov., 2007 (principal speaker).

ASM Heat Treating Conference and Exposition, Detroit, September 16-20, 2007

(speaker).

The 23rd Heat Treating Conference, ASM Int., Pittsburgh, USA, Sept. 26-28, 2005

(speaker).


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International Conference “Thermal Treatment Technologies (TTT-2004)”, Atibaia,

Brazil, Nov. 22-25, 2004 (invited speaker).

International Seminar on Heating by Internal Sources (HIS-04), Padua University,

Padua, Italy, June 22-25, 2004 (speaker).

InterWire-2003, Wire & Cable Technical Symposium, Atlanta, May 10-16, 2003

(speaker).

International Scientific Colloquium on Modeling for Electromagnetic Processing,

Hannover University, Hannover, Germany, March 24-26, 2003 (session chair and

speaker).

Workshop on Modeling and Simulation of Thermal Processes, Illinois Institute of

Technology, Chicago, May 29-30, 2002 (invited speaker).

Society of Automotive Engineering International Off-Highway Congress, Las Vegas,

March 19-21, 2002 (speaker).

The 10th

International Induction Heating Seminar, Clearwater Beach, Florida, Oct.

17-19, 2001 (principal speaker).

International Seminar on Heating by Internal Sources (HIS-01), Padua University,

Padua, Italy, Sept. 12-14, 2001 (speaker).

Global Powertrain Congress GPC-2001, Detroit, Michigan, June 5-7, 2001 (speaker).

The 9th

International Induction Heating Seminar, Clearwater Beach, Florida, May 10-

12, 2000 (session chair and principal speaker).

The 3rd

Int. Symposium on Electromagnetic Processing of Materials, EMP-2000,

Nagoya, Japan, April 3-6, 2000.

The 5th

Precision Forging Conference, Romulus, Michigan, Oct. 4-6, 1999 (session

chair and speaker).

Shanghai Heat Treatment Society, Shanghai Metal Society and Shanghai University

Keynote Speaker on Induction Heating for Semi-Solid Working, Shanghai, China,

1999 (keynote speaker).

The 8th

International Induction Heating Seminar, Kissimmee, Florida, Nov. 3-6, 1998

(principal speaker).

The 5th

International Conference on the Processing of Semi-Solid Alloys and

Composites”, Colorado School of Mines, Golden, Colorado, June 23-25, 1998

(speaker).

The 7th

International Induction Heating Seminar, St. Louis, April 22-25, 1997.

The 17th

Heat Treating Conference, ASM Int., Indianapolis, Indiana, Sept. 15-18,

1997 (session chair and speaker).

Int. Conference on Induction Hardened Gears and Critical Components, Indianapolis,

Indiana, May 15-17, 1995 (speaker).

The 6th

International Induction Heating Seminar, Nashville, TN, Sept. 13-15, 1995

(session chair and speaker).

The First Latin-American Induction Heating Seminar, San Paulo, Brazil, March 14-

15, 1995 (session chair and speaker).

ASM Int. Conference. Heat Treating: Equipment and Processes, Schaumburg,

Illinois, April 18-20, 1994 (speaker).

The XIIth Congress of International Union for Electroheat, Montreal, Canada, June

14-18, 1992 (speaker).


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1997 Chair of a panel “Ask Expert” at the First International Induction Heat Treating

Symposium, Indianapolis.

Reviewer of technical articles submitted to be published in following journals:

Materials Performance and Characterization (MPC), ASTM Int'l.

Journal of Materials Engineering and Performance, Springer.

Int. Journal of Materials & Product Technology (IJMPT), Inderscience Publishers.

Int. Journal of Microstructure and Materials Properties (IJMMP), Inderscience Publishers.

IEEE Transactions on Magnetics.

The following selected references have been published in English.

Books

1 Rudnev,V., Loveless,D., Cook,R., Handbook of Induction Heating, 2nd

edition, CRC Press, New

York, 2016 (to be published).

2 ASM Handbook, Vol.4C: Induction Heating and Heat Treating, editors: V.Rudnev, G.Totten,

ASM Int’l, 2014, 820p.

3 Rudnev,V., Loveless,D., Cook,R., Black,M., Handbook of Induction Heating, Marcel Dekker,

New York, 2003, 800p.

Book chapters

1 Rudnev,V., Induction Hardening of Steels and Cast Irons, in Encyclopedia of Iron, Steel, and

Their Alloys, edited by R.Colas and G.Totten, Taylor & Francis, 28 pages (to be published in

2016).

2 Rudnev,V., Computer Modeling of Induction Heating and Heat Treating, in Encyclopedia of

Iron, Steel, and Their Alloys, edited by R.Colas and G.Totten, Taylor & Francis, 17 pages (to be

published in 2016).

3 Rudnev,V., Loveless, D., Induction Hardening: Technology, Process Design, and Computer

Modeling, in Comprehensive Materials Processing; editor G.Krauss, Elsevier Ltd., Vol. 12,

pp.489–580 (2014).

4 Rudnev,V., Dossett,J., Induction Surface Hardening of Steels, in ASM Handbook, Volume 4A:

Steel Heat Treating Fundamentals and Processes, ASM Int., p.438-461 (2013).

5 Rudnev,V., Simulation of Induction Heating prior to Metal Hot Working and Coating, in ASM

Handbook Volume 22B: Metals Process Simulation, D.U.Furrer and S.L.Semiatin, editors, ASM

Int., Materials Park, Ohio, p.475-500 (2010).

6 Rudnev,V., Simulation of Induction Heat Treating, in ASM Handbook Volume 22B: Metals

Process Simulation, D.U.Furrer and S.L.Semiatin, editors, ASM Int., Materials Park, Ohio,

p.501-546 (2010).

7 Rudnev,V., Cook,R., Loveless,D. and Black,M., “Induction Heat Treatment; Basic Principles,

Computation, Coil Construction, and Design Considerations”, Chapter 4, in Steel Heat

Treatment: equipment and process design, editor G.E.Totten, CRC Publishing, N.Y., p.277-394

(2006).

8 Loveless,D., Cook,R., Rudnev,V., “Induction Heat Treatment; Modern Power Supplies, Load

Matching, Process Control, and Monitoring”, Chapter 5, in Steel Heat Treatment Handbook,

editor G.E.Totten, CRC Publishing, N.Y., p.395-434 (2006).


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9 Rudnev,V., Cook,R., Loveless,D., Black,M.: Induction Heat Treatment: Basic Principles,

Computation, Coil Construction, and Design Consideration, in Steel Heat Treatment Handbook,

edited by G.Totten and M.Howes, Marcel Dekker, p.765-872 (1997).

10 Loveless,D., Cook,R., Rudnev,V.: Induction Heat Treatment: Modern Power Supplies, Load

Matching, Process Control, and Monitoring, in Steel Heat Treatment Handbook, edited by

G.Totten and M.Howes, Marcel Dekker, p.873-912 (1997).

Articles published in ASM Handbook, Vol.4C: Induction Heating and Heat Treatment,

V.Rudnev and G.Totten, editors, ASM Int., June, 2014

1. Lupi,S., Rudnev,V., Principles of induction heating

2. Lupi,S., Rudnev,V., Electromagnetic and thermal properties of materials

3. Lupi,S., Rudnev,V., Estimation of basic process parameters

4. Rudnev,V., Fett,G., Griebel,A., Tartaglia,J., Principles of induction hardening and inspection

5. Rudnev,V., Fett,G., Semiatin,S.L., Tempering of induction hardened steels

6. Doyon,G., Rudnev,V., Maher,J., Induction hardening of crankshafts and camshafts

7. Rudnev,V., Storm,J., Induction hardening of gears and gear-like components

8. Brown,D., Rudnev,V., Dickson,P., Induction heating of billets, rods and bars

9. Rudnev,V., Induction heating of selective regions

10. Rudnev,V., Systematic analysis of induction coil failures and prevention

Invited papers (“Professor Induction” Column. Invited by Heat Treating Society of ASM Int.)

Professor Induction column. Series - Systematic analysis of induction coil failures

1. Rudnev,V., “Systematic analysis of induction coil failures, Part 14: Split-return inductors and

butterfly inductors, Heat Treating Progress, ASM International, Materials Park, Ohio,

March/April, 17-19 (2009).

2. Rudnev,V., “Systematic analysis of induction coil failures, Part 13: Electromagnetic proximity

effect, Heat Treating Progress, ASM International, Materials Park, Ohio, October, 23-26 (2008).

3. Rudnev,V., “Systematic analysis of induction coil failures, Part 12: Inductors for heating

internal surfaces, Heat Treating Progress, ASM International, Materials Park, Ohio, July/August,

21-22 (2008).

4. Rudnev,V., “Systematic analysis of induction coil failures, Part 11C: Frequency selection, Heat

Treating Progress, ASM International, Materials Park, Ohio, Jan./Feb., 27-29 (2008).

5. Rudnev,V., “Systematic analysis of induction coil failures, Part 11B: Frequency selection, Heat

Treating Progress, ASM International, Materials Park, Ohio, Sept./Oct., 23-25 (2007).

6. Rudnev,V., “Systematic analysis of induction coil failures, Part 11A: Frequency selection, Heat

Treating Progress, ASM International, Materials Park, Ohio, July, 19-21 (2007).

7. Rudnev,V., “Systematic analysis of induction coil failures, Part 10: Contactless inductors, Heat

Treating Progress, ASM International, Materials Park, Ohio, March/April, 15-16 (2007).

8. Rudnev,V., “Systematic analysis of induction coil failures, Part 9: Clamshell inductors, Heat

Treating Progress, ASM International, Materials Park, Ohio, Jan./Feb., 17-18 (2007).


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9. Rudnev,V., “Systematic analysis of induction coil failures, Part 8: ‘Gap-by-gap’ gear hardening

inductors”, Heat Treating Progress, ASM International, Materials Park, Ohio, Nov./Dec., 19-20

(2006).

10. Rudnev,V., “Systematic analysis of induction coil failures, Part 7: Fabrication of hardening

inductors”, Heat Treating Progress, ASM International, Materials Park, Ohio, Sept./Oct., 17-18

(2006).

11. Rudnev,V., “Systematic analysis of induction coil failures, Part 6: Coil end effect”, Heat

Treating Progress, ASM International, Materials Park, Ohio, May/June, 19-20 (2006).

12. Rudnev,V., “Systematic analysis of induction coil failures, Part 5: Effect of flux concentrators

on coil life”, Heat Treating Progress, ASM International, Materials Park, Ohio, March/April, 21-

26 (2006).

13. Rudnev,V., “Systematic analysis of induction coil failures, Part 4: Coil copper electromagnetic

edge effect”, Heat Treating Progress, ASM International, Materials Park, Ohio, Jan./Feb., 27-28

(2006).

14. Rudnev,V., “Systematic analysis of induction coil failures, Part 3: Coil copper selection”, Heat

Treating Progress, ASM International, Materials Park, Ohio, Nov./Dec., 19-20 (2005).

15. Rudnev,V., “Systematic analysis of induction coil failures, Part 2: Effect of coil current flow on

crack propagation”, Heat Treating Progress, ASM International, Materials Park, Ohio, Sep./Oct.,

33-35 (2005).

16. Rudnev,V., “Systematic analysis of induction coil failures, Part 1: Introduction”, Heat Treating

Progress, ASM International, Materials Park, Ohio, August, 25-26 (2005).

Professor Induction column. Series – Metallurgical insights for induction heat treaters

17. Rudnev,V., “Metallurgical insights for induction heat treaters, Part 7: Barber-pole, snake-skin

and fish-tail phenomena”, Heat Treating Progress, ASM International, Materials Park, Ohio,

May/June, 15-18 (2009).

18. Rudnev,V., “Metallurgical insights for induction heat treaters, Part 6: Striping phenomenon”,

Heat Treating Progress, ASM International, Materials Park, Ohio, Nov./Dec., 21-22 (2008).

19. Rudnev,V., “Metallurgical insights for induction heat treaters, Part 5: Super-hardening

phenomenon”, Heat Treating Progress, ASM International, Materials Park, Ohio, Sept., 35-37

(2008).

20. Rudnev,V., “Metallurgical insights for induction heat treaters, Part 4: Obtaining fully

martensitic structures using water spray quenching”, Heat Treating Progress, ASM International,

Materials Park, Ohio, March/April, 23-24 (2008).

21. Rudnev,V., “Metallurgical insights for induction heat treaters, Part 3: Limitations of TTT and

CCT diagrams”, Heat Treating Progress, ASM International, Materials Park, Ohio, Nov./Dec.,

23-25 (2007).

22. Rudnev,V., “Metallurgical insights for induction heat treaters, Part 2: Spray quenching

subtleties”, Heat Treating Progress, ASM International, Materials Park, Ohio, Aug., 19-20

(2007).

23. Rudnev,V., “Metallurgical insights for induction heat treaters, Part 1: Induction hardening

temperatures”, Heat Treating Progress, ASM International, Materials Park, Ohio, May/June, 15-

17 (2007).

Professor Induction column. Other articles


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24. Rudnev,V., “Single-coil dual-frequency induction hardening of gears.” Heat Treating Progress,

ASM International, Materials Park, Ohio, Oct., 9-11 (2009).

25. Rudnev,V., “Induction Heating: Q & A”, Heat Treating Progress, ASM International, Materials

Park, Ohio, Sept., 29-32 (2009).


Park, Ohio, July/Aug., 9-11 (2009).


Park, Ohio, Jan./Feb., 19-20 (2009).

28. Rudnev,V., “How to select inductors for billet heating”, Heat Treating Progress, ASM

International, Materials Park, Ohio, May/June, 19-21 (2008).

29. Rudnev,V., “Electromagnetic forces in induction heating”, Heat Treating Progress, ASM

International, Materials Park, Ohio, July, 25-28 (2005).

30. Rudnev,V., “Joining components by induction heating, Part 2: bonding and shrink fitting”, Heat

Treating Progress, ASM International, Materials Park, Ohio, May/June, 25-27 (2005).

31. Rudnev,V., “Joining components by induction heating, Part 1: brazing and soldering”, Heat

Treating Progress, ASM International, Materials Park, Ohio, March/April, 19-22 (2005).

32. Rudnev,V., “Designing inductors for heating internal surfaces”, Heat Treating Progress, ASM

International, Materials Park, Ohio, January/February, 23-25 (2005).

33. Rudnev,V., “An objective assessment of magnetic flux concentrators”, Heat Treating Progress,

ASM International, Materials Park, Ohio, November/December, 19-23 (2004).

34. Rudnev,V., “A common misassumption in induction hardening”, Heat Treating Progress, ASM

International, Materials Park, Ohio, September/October, 23-25 (2004).

35. Rudnev,V., “A fresh look at induction heating of tubular products: Part 2”, Heat Treating

Progress, ASM International, Materials Park, Ohio, July/August, 23-25 (2004).

36. Rudnev,V., “A fresh look at induction heating of tubular products: Part 1”, Heat Treating

Progress, ASM International, Materials Park, Ohio, May/June, 17-19 (2004).

37. Rudnev,V., “Spin hardening of gears revisited”, Heat Treating Progress, ASM International,

Materials Park, Ohio, March/April, 17-20 (2004).

38. Rudnev,V., “Residual stresses in induction hardening: simply complex”, Heat Treating Progress,

ASM International, Materials Park, Ohio, January/February, 27-28 (2004).

39. Rudnev,V., “Intricacies of induction hardening powder metallurgy parts”, Heat Treating

Progress, ASM International, Materials Park, Ohio, November/December, 23-24 (2003).

40. Rudnev,V., “Simple solution for a typical induction scan hardening problem”, Heat Treating

Progress, ASM International, Materials Park, Ohio, September, 31-32 (2003).

41. Rudnev,V., “Troubleshooting cracking in induction hardening”, Heat Treating Progress, ASM

International, Materials Park, Ohio, August, 27-28 (2003).

42. Rudnev,V., “Can the Fe-Fe3C phase transformation diagram be directly applied in induction

hardening of steel?”, Heat Treating Progress, ASM International, Materials Park, Ohio,

June/July, 27 (2003).

Selected Invited Papers

1. Doyon,G., Rudnev,V., Maher,J., Minnick,R., Desmier,G., “New technology straightens out

camshaft distortion issue”, Industrial Heating, December, 46-52, (2014).

2. Rudnev,V., New technical resource for induction heating professionals, Advanced Materials &

Processes, December, 45-47 (2014).


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3. Rudnev,V., Russell,C., Doyon,G., "Computer modeling, induction heat treating, are here to stay,

Industrial Heating, September, 71-74, (2013).

4. Doyon,G., Rudnev,V., Maher,J., "Low-distortion, high-quality induction hardening of

crankshafts and camshafts, Heat Treating Progress, September, 59-61, (2013).

5. Rudnev,V., "Recent inventions and innovations in induction hardening of gears and gear-like

components", Thermal Processing, Spring/Summer, 28-33, (2013).

6. Rudnev,V., "Unique computer modeling approaches for simulation of induction heating and

heat treating processes", Journal of Materials Engineering and Performance (JMEP)", Springer,

Vol.22, Issue 7, 1899-1906, (2013).


components", Gear Technology, March/April, 66-69, (2013).

8. Brayman,S., Kuznetsov,A., Nikitin,S., Binoniemi,B., Rudnev,V., "Contour hardening bevel,

hypoid, and pinion gears", Thermal Processing, Fall/Winter, p.50-53, (2012).

9. Rudnev,V., "Computer modeling helps prevent failures of heat treated components", Advanced

Materials & Processes, October, 6-11, (2011).

10. Rudnev,V., "Computer modeling helps identify induction heating misassumptions and

unknowns", Industrial Heating, October, 51-54, (2011).

11. Rudnev,V., "Computer modeling induction heating processes, Part 2", Forge, October, 19-21,

(2011).

12. Rudnev,V., "Computer modeling induction heating processes, Part 1", Forge, July, 21-23,

(2011).

13. Rudnev,V., “Computer modeling of induction heating: things to be aware of, things to avoid”,

Industrial Heating, May, 41-45, (2011).

14. Rudnev,V., “Spray quenching in induction hardening applications”, in Quenching and Cooling,

Residual Stress and Distortion Control, Editors: L.Canale and M.Narazaki, ASTM (2010).

15. Doyon,G., Brown,D., Rudnev,V., Van Tyne, Ch., “Ensuring quality of inductively heated

billets”, Forge, April, 14-17 (2010).

16. Doyon,G., Brown,D., Rudnev,V., Andrea,F., Sitvala,Ch., Almeida,E., “Induction heating helps

put turbines in high gear”, Heat Treating Progress, ASM International, Materials Park, Ohio,

Sep., 55-58 (2009).

17. Rudnev,V., “Successful induction heating of RCS billets”, Forge, July, 15-18 (2008).

18. Ross,P., Rudnev,V., Gallik,R., Elliott,G., “Innovative induction heating of oil country tubular

goods”, Industrial Heating, May, 67-72, (2008).

19. Rudnev,V., “Spray quenching in induction hardening applications”, Journal of ASTM

International, vol.6, No.2, Paper ID JAI101928, (2008).

20. Rudnev,V., “Induction hardening of gears and critical components. Part 1”, Gear Technology,

Sep./Oct. 58-63, (2008).

21. Rudnev,V., “Induction hardening of gears and critical components. Part 2”, Gear Technology,

Nov./Dec. 47-53, (2008).

22. Rudnev,V., “Subject-oriented assessment of numerical simulation techniques for induction

heating applications”, Int. Journal of Materials & Product Technology (IJMPT), Special issue on

“Induction Heating & Hardening”, Inderscience Publishers, Geneva, Switzerland, Vol.29, Nos.1-

4, 43-51 (2007).

23. Rudnev,V., ”Induction heating serves today’s forging industry”, Forge, Nov., 11-14 (2006).

24. Rudnev,V., “Be aware of the ‘fine print’ in the science of metallurgy of induction hardening:

Part 2”, Industrial Heating, May, 41-47 (2005).


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25. Rudnev,V., “Be aware of the ‘fine print’ in the science of metallurgy of induction hardening:

Part 1”, Industrial Heating, March, 37-42 (2005).

26. Rudnev,V., “Induction hardening cast iron”, Heat Treating Progress, ASM International,

Materials Park, Ohio, March, 27-32 (2003).

Selected Contributed Papers

1. Doyon,G., Rudnev,V., Maher,J., Minnick,R., Desmier,G., Elimination of straightening operation

in induction hardening of automotive camshafts, Int’l Journal of Microstructure and Materials

Properties (IJMMP), Inderscience Enterprises Ltd, UK (2016) – to be published.

2. Rudnev,V., Goodwin,A., Fillip,S., West,W., Schwab,J., St.Pierre,S., “Keys to long-lasting

hardening inductors: experience, materials, and precision”, Advance Materials & Processes,

October, 48-52, (2015).

3. Rudnev,V., Tirpak,J.D., North American forging is advance manufacturing, Part 3: Advanced

billet heating operations, Forge, June, 24-27 (2015).

4. Brayman,S., Kuznetsov,A., Nikitin,S., Binoniemi,B., Rudnev,V., "Contour hardening bevel,

hypoid, and pinion gears", Gear Solutions, September, 30-35 (2011).

5. Rudnev,V., Loveless,D., Ribeiro,C., Boomes,J., “Unleashing a superior induction heating design

with computer modeling”, Industrial Heating, August, 43-47 (2009).

6. Rudnev,V., Baloi,G., and Haddad,E., “Tips for successful induction hardening of steels”,

Industrial Heating, January, 29-30 (2005).

7. Rudnev,V., Cook,R., Loveless,D. and Black,M., “Induction hardening of gears: Part 2”, Heat

Treatment of Metals, Wolfson Heat Treatment Centre, Aston University, UK, V.1, 11-15 (2004).

8. Rudnev,V., Cook,R., Loveless,D. and Black,M., “Induction hardening of gears: Part 1”, Heat

Treatment of Metals, Wolfson Heat Treatment Centre, Aston University, UK, V.4, 97-103

(2003).

9. Loveless,D., Rudnev,V., Lankford,L., Desmier,G., Madhanie,H., “SHarP-C is advanced non-

rotational induction crankshaft hardening and tempering technology”, Powertrain International,

vol.4, #3, 24-31 (2001).

10. Rudnev,V., Loveless,D., Schweigert,K., Rylicki,E., Rugg,M., “New generation of systems for

induction re-heating”, Millennium Steel, UK, 261-268 (2001).

11. Loveless,D., Rudnev,V., Lankford,L., Desmier,G., Madhanie,H., “Non-rotational induction

crankshaft hardening capabilities extended”, Industrial Heating, June, 45-47 (2001).

12. Loveless,D., Cook, R., Rudnev,V., "Current trends in the technology of induction heat treatment

in the USA", Material Science and Heat Treatment, Springer Link, Vol.43, Issue 5-6, 215-219

(2001).

13. Loveless,D., Rudnev,V., Lankford,L., Desmier,G., Madhanie,H., “Reducing the scale of

crankshaft hardening”, Metallurgia, UK, April, (2001).

14. Loveless,D., Rudnev,V., Lankford,L., Desmier,G., Madhanie,H., “SHarP-C –advanced non-

rotational crankshaft induction hardening technology”, Heat Treatment of Metals, Wolfson Heat

Treatment Centre, Aston University, UK, V.2, 27-32 (2001).

15. Rudnev,V., Loveless,D., Schweigert,K., Rylicki,E., Rugg,M., “Achieving uniform temperature

through induction heating”, Metallurgia, UK, vol.12, 11-12, (2000).

16. Loveless,D., Rudnev,V., Lankford,L., Desmier,G., “Advanced non-rotational induction

crankshaft hardening technology introduced to automotive industry”, Industrial Heating,

November, 63-66, (2000).


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17. Rudnev,V., Cook,R., Loveless,D., Black,M., “Induction hardening basis for iron and steel”,

Modern Application News, June, 58-62 (2000).

18. Rudnev,V., Loveless,D., Schweigert,K., Dickson,P., Rugg,M., “Efficiency and temperature

considerations in induction re-heating of bars, rods, and slabs”, Industrial Heating, June, 1-5

(2000).

19. Rudnev,V., Cook,R., Loveless,D., Murray,J., “Shops warm up to induction heat treating”,

American Machinist, June, 98-102 (2000).

20. Rudnev,V., Loveless,D., Schepelakovskii,K., Dyer,N., Marshall,B., “Gear heat treatment by

induction”, Gear Technology, March, 57-63 (2000).

21. Weiss,K., Rudnev,V., Cook,R., Loveless,D., Black,M., “Induction tempering of steel”, Advance

Materials and Processes, ASM International, Materials Park, Ohio, August, H19-H23 (1999).

22. Rudnev,V., Loveless,D., Albert,W., Schweigert,K., “Want your bar at uniform temperature?”,

Forging, June, 38-40 (1999).

23. Midson,S., Rudnev,V., Gallik,R., “Semi-solid processing of aluminum alloys”, Industrial

Heating, January, 37-41 (1999).

24. Rudnev,V., Loveless,D., LaMonte,J., “A balance approach to induction tube and pipe heating”,

Industrial Heating, June, 53-57 (1998).

25. Loveless,D., Rudnev,V., Cook,R., Boussie,T., “Space saving induction heating innovations”,

Industrial Heating, March, 53-58 (1998).

26. Rudnev,V., Cook,R., LaMonte,J., “Longitudinal and transverse holes in induction heat treating

of steels and irons”, Metal Heat Treating, March/April, 83-86 (1996).

27. Rudnev,V., Loveless,D., Black,M., Miller,P., “Progress in study of induction surface hardening

of carbon steels, gray irons and ductile irons”, Industrial Heating, March, 92-98 (1996).

28. Rudnev,V., Loveless,D., Cook,R., “Mystery of unknown in induction heat treating of carbon

steels: striping phenomena”, Industrial Heating, November, 9-11 (1995).

29. Rudnev,V., Cook,R., Loveless,D., “Keeping your temper with magnetic flux concentrators”,

Modern Application News, November, 10-14 (1995).

30. Cook,R., Loveless,D., Rudnev,V., “Load matching in modern induction heat treating”, Industrial

Heating, September, 39-42 (1995).

31. Cook,R., Myers, D., Rudnev,V., “Process monitoring for more effective induction hardening

control”, Modern Application News, August, 12-16 (1995).

32. Loveless,D., Cook,R., Rudnev,V., “Considering nature and parameters of power supplies for

efficient induction heat treating”, Industrial Heating, June, 33-37 (1995).

33. Rudnev,V., Cook,R., “Magnetic flux concentrators: myths, realities, and profits”, Metal Heat

Treating, March/April, 31-34 (1995).

34. Rudnev,V., Cook,R., “Bar end heating”, Forging, January, 27-30 (1995).

35. Rudnev,V., Loveless,D., “Longitudinal flux induction heating of slabs, bars, and strips, Part 2”,

Industrial Heating, February, 46-50 (1995).

36. Rudnev,V., Loveless,D., “Longitudinal flux induction heating of slabs, bars, and strips, Part 1”,

Industrial Heating, January, 29-34 (1995).

37. Rudnev,V., Albert,W., “Continuous aluminum bar re-heating before reducing”, 33 Metal

Producing, January, 50 (1995).

38. Rudnev,V., Loveless,D., “Induction heating of slab, plate and bar for continuous casting lines”,

33 Metal Producing, October, 32-34, 43-44 (1994).

39. Rudnev,V., Schweigert,K., “Designing induction equipment for modern forge shop”, Forging,

Winter, 56-58 (1994).


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Papers (in German)

1. Andrae,F., Doyon,G., Rudnev,V., Proven crankshaft hardening technology with superior

quality, equipment maintainability and inductor life expectancy, Elektrowarme International,

Vol.4, Germany (2012).

2. Andrae,F., Rudnev,V., Brown,D., InductoForge technology assures superior efficiency,

flexibility and quality in inductively heated billets, Elektrowarme International, Vol.1, 49-57,

Germany (2012).

Papers (in Spanish)

1. Doyon,G., Rudnev,V., Maher,J., Minnick, R., Desmier,G., Pardo,E., Nueva tecnologia de

endurecimiento superficial por induccion (hardening) de arboles de levas, con distorsion

practicamente indetectable, Treater Press, February, p.20-25, Spain (2015).

2. Doyon,G., Rudnev,V., Maher,J., Desmier,G., Elinski,J., Temple no rotativo de ciguenales y de

arboles de levas, Trater Press, November, p.14-21, Spain (2014).

3. Rudnev,V., Boussie,T., Berry,S., Escobado,R., Nuevos enfoques en temple por induccion de

engranes y componentes dentados, Tratamientos Termicos, p.17-22, Mexico (2013).

4. Andrea,F., Rudnev,V., Brown,D., Pardo,E., "Efficiencia, flexibilidad y calidad superiores en

tacos calentados por induccion", Treater, October, Spain 34-42 (2013).

5. Rudnev,V., Escobado,R., Popkey,D., “Novedoso Calentamiento por Induccion de Tubos y

Conectores Petroleros – Technologia FluxManager”, Conexion AIPM, Asociacion de Indenieros

Petroleros de Mexico, Junio, Volumen 80-175, p.8-11 Mexico (2013).

6. Rudnev,V., “Temple por induccion de piezas de fundicion”, Tratamientos Termicos, Febrero,

24-27, Mexico (2006).

7. Cook,R., Loveless,D., Rudnev,V., Sintonizacion en equipo moderno de tratamiento ternico por

induccion, Heat Treatments, Mexico (2002).

8. Rudnev,V., Loveless,D., Escobado,R., “Induction re-heating of slabs, plates and bars for

continuous casting lines”, Manufactura, Vol.73, 82-95, Mexico (2001).

Papers (in Portuguese)

1. Rudnev,V., “Modelamento Computacional dos Processos de Aquecimento por Inducao – Parte

1, Forge-Brasil, Dez., 36-38 (2014).

Papers (in Japanese)

1. Brown,D., Rudnev,V., Lin,J., Nakagawa,T., “Superior induction heating technologies for

modern forge shops”, Proc. Of Japanese Forging Association, July, No.27, Japan 54-58 (2009).

Papers (in Chinese)

1. Rudnev,V., Minnick,R., Desmier,G., CamPro induction hardening technology for camshafts,

Proceedings of the 11th

Chinese Heat Treatment Congress, 188-191, Taiyuan, China, July 18-19,

(2015).

2. Weiss,K., Rudnev,V., Cook,R., Loveless,D., Black,M., “Induction tempering of steel”, Journal

of the Chinese Society for Metal Heat Treatment, vol.65, 82-87, China (2001).

3. Rudnev,V., Loveless,D., Cook,R., “Gear heat treating by induction”, Journal of the Chinese

Society for Metal Heat Treatment, vol.68, 54-61, China (2001).


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Selected Papers (in Russian)

1. Doyon,G., Rudnev,V., Loveless,D., Dmitriev,R., “Intricacies of induction hardening of gear-like

components”, Journal of Induction Heating, St.Petersburg, Russia, April (2010).

2. Cook,R., Loveless,D., Rudnev,V., “Load matching aspects in modern induction heating

systems”, Power Electronics (Silovaya Elektronika), Moscow, Russia, February (2007).

3. Loveless,D., Cook,R., Rudnev,V., “Current trends in technology of induction thermal treatment

in the USA”, Metallurgy and Thermal Heat Treating of Metals (Metallovedenie i Termicheskaya

Obrabotka Metallov), Moscow, Russia, vol.6, 3-8 (2001).

4. Zimin,L., Rudnev,V., Kondrashov,S., “New results in mathematical modeling of induction

heaters and plastic deformation machines”, Increase of Electrical Efficiency of Technological

Equipment, Saratov, Russia, 122-132 (1990).

5. Rudnev,V., Kondrashov,S., “Optimal control and subject-oriented software for computer

modeling of induction heating process and direct extrusion of aluminum billets”, Elements and

Systems of Optimal Identification and Control of Technological Processes, Tula, Russia, 46-53

(1989).

6. Nemkov,V., Demidovich,V., Rudnev,V., “ Utilization of electromagnetic edge and end effects

in the induction heating applications”, High Frequency Techniques for Induction Heaters,

Energoatomizdat, Moscow, Russia, 50-57 (1988).

7. Rudnev,V., Kondrashov,S., “Computer design and optimization of induction heating processes

prior to direct extrusion”, Modeling and Optimal Control of Modern Systems, Samara, Russia,

117-120 (1988).

8. Rudnev,V., Kondrashov,S., “Computer-aided design of system that combines induction heating

and direct extrusion”, Modeling and Optimal Control of Industrial Systems, Samara, Russia, 48-

52 (1988).

9. Zimin,L., Kondrashov,S. Rapoport,E., Rudnev,V, “Automatic control of thermal conditions of

technological complex: induction heater – metal forming equipment”, Journal of Teplo-Physics,

vol.2, Togliatti, Russia, 70-71 (1988).

10. Demidivich,V., Rudnev,V., Stohniol,A., Karpukhin,M, “Numerical modeling of in-line

induction billet heater”, Transactions of St.Petersburg Electrical Engineering Institute,

St.Petersburg, Russia, vol.380, 74-77 (1987).

11. Zimin,L., Procenko,A., Rapoport,E., Rudnev,V., “ Software and optimal control of in-line multi-

coil induction slab heater”, Journal of Elements and Systems of Optimal Identification and

Control of Technological Processes, Tula, Russia, 120-127 (1987).

12. Nemkov,V., Demidovich,V., Rudnev,V., Zimin,L., “An array approach to control

electromagnetic edge and end effects in induction heating systems”, Control and Optimization of

Technological Heating Processes, Samara, Russia, 41-46 (1986).

13. Nemkov,V., Demidovich,V., Rudnev,V., “An effect of operating conditions on the design of

induction heaters”, Journal of Electrothechnics (Elektrotechnika), Moscow, Russia, vol.3, 23-27

(1986).

14. Rapoport,E., Maleshkin,N., Rudnev,V., Nosov,N., “Automation of in-line induction heaters with

individually controlled sections”, Theory and Practice of Induction Heating, Energoatomizdat,

Moscow, Russia, 13-17 (1985).

15. Rudnev,V., “Characteristics of electromagnetic transverse edge effects in induction heating of

magnetic and non-magnetic slabs and strips”, Investigations of Electro-thermal Equipment,

Chebocsary, Russia, 30-34 (1985).


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16. Demidivich,V., Rudnev,V., Stohniol,A., “Computation of induction heating of rectangular

slabs”, Transactions of St.Petersburg Electrical Engineering Institute, St.Petersburg, Russia,

vol.362, 68-74 (1985).

17. Demidivich,V., Rudnev,V., Stohniol,A., “The study of edge effects in square-cross-section

ferromagnetic slab”, Transactions of St.Petersburg Electrical Engineering Institute,

St.Petersburg, Russia, vol.362, 60-65 (1985).

18. Rudnev,V., Kondrashov,S., “Software for mathematical modeling processes that take place

during induction heating and hot extrusion”, Automatic Control of Technological Processes and

Industrial Installations, Samara, Russia, 125-128 (1984).

19. Maleshkin,N., Rudnev,V., “Control system for induction heating of non-ferrous large billets

using a line frequency and multi-coil in-line inductors”, Journal of Technology of Light Alloys,

Moscow, Russia, vol.2, 44 (1984).

20. Zimin,L., Rudnev,V., “Algorithms, modeling and control systems for continuous-type induction

heaters”, Algorithms, Devices and Systems for Automatic Control, Volgograd, Russia, 102-103

(1984).

21. Maleshkin,N., Rudnev,V., “Automation and simulation of transient state of walking beam

induction heaters”, Control of Distributed Systems with a Movable Source, Samara, Russia, 102-

103 (1983).

22. Rapoport,E., Nosov,P., Maleshkin,N., Rudnev,V., “Optimal control system for induction heating

process with incomplete process monitoring capability”, Measurement and Control in

Automation of Industrial Processes, Barnaul, Russia, 60-61 (1982).

23. Maleshkin,N., Rudnev,V., “A pseudo-optimal control system and mathematical modeling of in-

line induction heaters of large cylinder billets during start-up and shut-down operations”,

Algorithms and Automation of Industrial Systems, Samara, Russia, 119-121 (1982).

24. Danilushkin,A., Rudnev,V., Sindjakov,L., “Automatic system for optimization of the in-line

continuous fed induction heater during start-up and shot-down operations”, Algorithms and

Automation of Industrial Systems, Samara, Russia, 83-88 (1980).

25. Danilushkin,A., Rapoport,E., Rudnev,V., “Optimal control of induction heating machinery”,

Algorithms and Automation of Industrial Systems, Samara, Russia, 99-105 (1979).

Software Registrations (in Russian)

1. Demidovich,V., Rudnev,V., Rassudova,N., “ Electro-thermal software for computation of

induction heating processes”, Algorithms and Programs, Computer Bank of Russian Software

(VNTIC), Moscow, Russia, vol.5, 7 (1988).

2. Demidovich,V., Rudnev,V., Nikanorov,A., “Computation of heat sources across inductively

heated strip or slab”, Algorithms and Programs, Computer Bank of Russian Software (VNTIC),

Moscow, Russia, vol.2, 12 (1987).

3. Demidovich,V., Rudnev,V., Karpukhin,M., “One-dimensional approach for computation of a

dual properties metal parts”, Algorithms and Programs, Computer Bank of Russian Software

(VNTIC), Moscow, Russia, vol.1, 48 (1986).

Selected International Conference Publications (in English)

1. Rudnev,V., “Breakthrough in induction hardening shafts”, Proc. of ASM Heat Treat Society

Conference, Oct.20-22, Detroit (2015).

2. Rudnev,V., “New technical resource for induction heat treating professionals”, Proc. of ASM

Heat Treat Society Conference, Oct.20-22, Detroit (2015).


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3. Rudnev,V., Technology innovations and challenges when induction heating and heat treating

long steel products, Proc. of Int’l Conference on Advances in Metallurgy of Long and Forged

Products, Vail, Colorado, July 12-15 (2015).

4. Ulferts,A., Andrea,F., Rudnev,V., Russel,C., FEM-Supported development of single-shot

hardening process for crank and camshafts, Proc. of European Conference on Heat Treatment &

22nd

IFHTSE Congress on Heat Treatment and Surface Engineering, Venice, Italy, May 20-22

(2015).

5. Rudnev,V., Novel user-friendly computer modeling software for induction heating and heat

treating, Proc. of 27th ASM Heat Treating Society Conf., Indianapolis, Sept. 16-18 (2013).

6. Doyon,G., Rudnev,V., Maher,J., Andrea,F., Induction heat treatment of automotive components,

Proc. of Int'l Conference Heating by Electromagnetic Sources, Padua, Italy, May 21-24 (2013).

7. Rudnev,V., "Induction hardening of gears and gear-like components", Proceedings of American

Gear Manufacturers Association (AGMA) Technical Meeting, Dearborn, MI, October 28-30

(2012).

8. Rudnev,V., Chen, Y., "Novel induction hardening of automotive components, Proc. of the 20th

Congress of Int'l. Federation for Heat Treatment and Surface Engineering, Beijing, China, Oct.

23-25 (2012).

9. Rudnev,V., "Recent inventions and innovations in induction billet heating technology,

Proceedings of the 29th Forging Industry Technical Conference, Cleveland, OH, Sept.10-12

(2012).


components", Proceedings of the 26th ASM Heat Treating Society Conf., Cincinnati, October

31, (2011).

11. Rudnev,V., "Unique computer modeling approaches for simulation of induction heating and

heat treating processes", Proceedings of the 26th ASM Heat Treating Society Conf., Cincinnati,

October 31, (2011).

12. Brayman,S., Kuznetsov,A., Nikitin,S., Binoniemi,B., Rudnev,V., "Cost effective technology for

induction contour hardening of bevel, hypoid, and pinion gears", Proceedings of the 26th ASM

Heat Treating Society Conf., Cincinnati, October 31, (2011).

13. Rudnev,V., "Mathematical Modeling and Optimal Control of Induction Heating: Challenges

posed by modern technology", Proc. of the XIIIth

International conference on Complex Systems:

Control and Modeling Problems, Samara, Russia, 43-53, June 15-17, (2011).

14. Rudnev,V., “Intricacies of Computer Simulation of Induction Heating Processes”, Proc. of the

28th

Forging Industry Technical Conference, Schaumburg, IL, April 5-7, (2011).

15. Rudnev,V., Brown,D., Ch. Van Tyne, K. Clarke, “Intricacies for the successful induction

heating of steels for modern forge shop“, Proc. of International Forging Congress, Chicago,

September, (2008).

16. Rudnev,V. “Failure analysis of induction coils”, Proc. of the 23rd

Heat Treating Society

Conference, Pittsburgh, September 25-28, (2005).

17. Tretiak,V., Rudnev,V., Nikishenkov,S., “Optimal control of induction slab heaters after

continuous casting with taking into consideration not well determined thermal conditions after

casting”, Proceedings of International Conference “Heating by Electromagnetic Sources (HES-

04)”, EF-9, Padua University, Italy, 367-369, (2004).

18. Rudnev,V., Gurevich,S.G., Aleksandrova,T.D., Alonso,A.A., and Iokhina,I.I., “Practical

approach in developing induction heating software for everyday use”, Proceedings of


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International Conference “Heating by Electromagnetic Sources (HES-04)”, HI-9, Padua

University, Italy, 555-561, (2004).

19. Aleksandrova,T.D., Alonso,A.A., Iokhina,I.I., Gurevich,S.G., and Rudnev,V., “Numerical

computation of the induction heating process,” Proceedings of International Conference

“Heating by Electromagnetic Sources (HES-04)”, AB-6, Padua University, Italy, 87-89, (2004).

20. Rudnev,V., “Common misinterpretations and confusions appearing in induction heating

publications”, Proceedings of International Scientific Colloquium “Modeling for

Electromagnetic Processing”, Hannover University, Germany, 57-64, (2003).

21. Rudnev,V., Rylicki, E., Schweigert,K., Dickson,P., “Specifying induction wire, rope and cable

heating equipment”, Proc. of Int. Conference InterWire-2003, Atlanta, 247-259, (2003).

22. Aleksandrova,T.D., Alonso,A.A., Iokhina,I.I., Gurevich,S.G., and Rudnev,V., “Specific features

of the numerical simulation of induction heating of ferromagnetics”, Proceedings of International

Conference “Heating by Electromagnetic Sources (HES-01)”, G-2, Padua, Italy, 443-448 (2001).

23. Rudnev,V., Black,M., Albert,W., Intricacies of induction joining”, Proceedings of International

Brazing and Soldering Conference, San Diego, February, (2003).

24. Rudnev,V., “Which software best suits needs of induction heating specialists?”, Proceedings of

Workshop on Modeling and Simulation of Thermal Processes, Thermal Processing Technology

Center, Illinois Institute of Technology (IIT), Chicago, May 29-30, (2002).

25. Desmier,G., Rudnev,V., Cook,R., Loveless,D., Lankford,L., Madhanie,H., “Induction hardening

and tempering of critical powertrain components”, Proceedings of Global Powertrain Congress

GPC-2002, Michigan, June (2002).

26. Canale,L., Brooks,Ch., Walkins,T., Rudnev,V., “The effect of prior microstructure on the

hardness and residual stress distribution in induction hardened steels”, Proceedings of SAE

International Off-Highway Congress, Las Vegas, March, (2002).

27. Loveless,D., Rudnev,V., Lankford,L., Desmier,G., Madhanie,H., “SHarP-C is advanced non-

rotational induction crankshaft hardening and tempering technology”, Proceedings of Global

Powertrain Congress GPC-2001, Michigan, June (2001).

28. Rudnev,V., Loveless,D., Schweigert,K., Rugg,M., “New generation of induction heating

machines for the forging/rolling industry”, Proceedings of the 20th

ASM Heat Treating

Conference, ASM International, St. Louis, October, 964-973, (2000).

29. Rudnev,V., Loveless,D., Marshall, “Gear heat treatment by induction”, Proceedings of the 20th

ASM Heat Treating Conference, ASM International, St. Louis, October, 862-871, (2000).

30. Rudnev,V., Loveless,D., Murray,J., Escobedo,R., “Intricacies of induction tempering for

automotive industry”, Proceedings of the 20th

ASM Heat Treating Conference, ASM

International, St. Louis, October, 872-878, (2000).

31. Rudnev,V., Spain,K., “ Advanced induction heating for the modern metalworking industry”,

Proceedings of 5th

Precision Forging Conference, SME, Romulus, Michigan, October, (1999).

32. Midson,S., Rudnev,V., Gallik,R., “The induction heating of semi-solid aluminum alloys”,

Proceedings of 5th

International Conference on the Processing of Semi-Solid Alloys and

Composites”, Colorado School of Mines, Denver, July, 497-504 (1998).

33. Rudnev,V., “Advanced computation techniques for everyday use in induction heating”,

Proceedings of 7th

International Induction Heating Seminar, St. Louis, April, vol.2 (1997).

34. Rylicki,E., White,A., Rudnev,V., “High frequency strip galvannealing with a doorless inductor”,

Proceedings of International Conference Galvatech’97, San Francisco, 91-100 (1997).


20

20

35. Rudnev,V., Demidovich,V. “Advanced computation tools for everyday use in modern induction

heat treating”, Proceedings of the 17th

Heat Treating Conference, ASM International,

Indianapolis, 551-556 (1997).

36. Rudnev,V., Boussie,T., Loveless,D., Cook,R., “Innovations in induction heat treating of carbon

steels and modern ductile (nodular) irons”, Proceedings of the 16th

Heat Treating Conference,

ASM International, Cincinnati, 107-116 (1996).

37. Demidovich,V., Rudnev,V., Lovelesss,D., “Progress in study of temperature and

electromagnetic field behavior during induction hardening”, Proceedings of Int. Conference on

Induction Hardened Gears and Critical Components, Indianapolis, May, 45-46 (1995).

38. Rudnev,V., “New technologies in forge and extrusion coil design”, Proceedings of 6th

International Induction Heating Seminar, Nashville, September (1995).

39. Rudnev,V., Mellon,D., “Inverse design concept of induction billet heating for modern aluminum

extrusion industry”, Proceedings of 6th

International Induction Heating Seminar, Nashville,

September (1995).

40. Rudnev,V., “Advanced induction heating design for forging and extrusion”, Proceedings of The

1st International Induction Heating Seminar, San Paulo, Brazil, March, 40-46 (1995).

41. Rudnev,V., “New induction heating technology in Russia”, Proc. of Int. Conference: Heat

Treating: Equipment and Processes, ASM International, 209-214 (1994).

42. Nemkov,V., Demidovich,V., Rudnev,V., and Fishman,O., “The use of end and edge effects for

induction heater design”, Proceedings of XIIth Congress of International Union for Electroheat

(UIE), Montreal, Quebec, Canada, 180-187 (1992).

Proceedings of Selected Russian Federation Conferences (in Russian)

1. Muhlbauer,A., Udpa,S., Rudnev,V., Sutjagin,A., “Software for computer modeling of induction

heating systems by using finite element method”, Proceedings of 10th

All-Russian Conference on

High-Frequency Applications, St.Petersburg, Russia, part 1, 36-37 (1991).

2. Zimin,L., Rudnev,V., and Kondrashov,S., “Software and adaptive control of technological

system: induction heating-plastic deformation of large aluminum billets”, Proceedings of

Conference of Russian Federation: Modern Methods for Improving Technological Mechanisms,

Chebocsary, Russia (1987).

3. Rudnev,V., Kondrashov,S., Rapoport,E., and Zimin,L., “An optimal control and computation of

technologically coupled processes: induction heater – direct extrusion press”, Proceedings of

Conference of Russian Federation: Automatic Control of Advanced Technological Processes,

Samara, Russia (1987).

Languages Fluent in English and Russian

Computer skills and computer modeling capability

1993–2014 Experience in using a variety of commercially available numerical software as well as

Inductoheat’s proprietary computer modeling codes, including

OERSTED. Product of Integrated Engineering Software Inc., Winnipeg, Canada.

Numerical code for solving non-linear electromagnetic problems using Boundary

Element Method (BEM) and Finite Element Analysis (FEA).

FLUX. Product of Magsoft Corp. (CEDRAT, Grenoble, France). CAD package

for tightly-coupled non-linear electromagnetic and thermal analysis using Finite

Elements (FEA).


21

21

Advance, v.7.1. Inductoheat’s proprietary subject-oriented proprietary numerical

software for solving non-linear static and transitional coupled electromagnetic and

thermal problems using combined Finite Difference Method (FDM) and

Equivalent Circuit Analysis (ECA) technique.

InductoCAD, v.4.1. Inductoheat’s proprietary subject-oriented numerical software

for solving non-linear coupled electromagnetic and thermal problems for in-line

induction heating processes utilizing numerous induction coils.

Advance-Billet, v.2.1. Inductoheat’s FEA proprietary subject-oriented numerical

software for solving non-linear coupled electromagnetic (A-formulation) and

transient thermal problems taking into consideration transient heating of thermal

refractory using Finite Element Analysis for computer simulation of statically

heated large billets (thermal view factors are taken into consideration).

Advance-Load Matching, v.1.2. Inductoheat’s proprietary FEA subject-oriented

software.

Advance-Heat Treating, v.1.4. Inductoheat’s proprietary FEA subject-oriented

software.

Advance-Bar End Heating, v.1.4. Inductoheat’s proprietary FEA subject-oriented

software.

Other computer skills include but not limited to MathCAD, MS Office, Harvard

Graphics, ProCite, FreeHand, Corel Paint Shop Pro, and others.

Granted / Issued Patents (World-wide)

## Country Patent # &

date Inventor Name Title

1 USA 6274857

8/14/2001

Loveless,D.L., Rudnev,V.I.,

Lankford,L.A., Desmier,G.C.

Induction heat treatment of complex-

shaped workpieces

2 Canada 2366577

2/2/2001




shaped workpieces

3 China 1184857

2/2/2001




shaped workpieces

4 EPO (Validated in

Germany, Spain,

France, UK, Italy

& Sweden)

EP1177709

2/2/2001




shaped workpieces

5 Republic of Korea 10-0742438

2/2/2001




shaped workpieces

6 Japan 4918205

2/2/2001




shaped workpieces

7 Mexico 233165

2/2/2001




shaped workpieces

8 USA 6859125

2/13/2004

Rudnev,V.I., Loveless,D.L. Induction heat treatment of complex-

shaped workpieces

9 Republic of Korea 10-1010294

10/5/2005


shaped workpieces

10 Japan 4332551

8/12/2005


shaped workpieces

11 China 1764989 Rudnev,V.I., Loveless,D.L. Induction heat treatment of complex-

shaped workpieces

12 Canada 2514427 Rudnev,V.I., Loveless,D.L. Induction heat treatment of complex-


22

22

7/21/2005 shaped workpieces

13 EPO (Validated in

Germany, Spain,

France, UK, Italy

& Sweden)

EP1599885

8/8/2005


shaped workpieces

14 Japan 2007-509643

10/17/2006

Loveless,D.L., Rudnev,V.I. Multi-frequency heat treatment of a

workpiece by induction heating

15 Republic of Korea 10-2006-

7022796

10/31/2006



16 Mexico PA/A/2006/0

12176



17 Mexico 251001

10/30/2007


shaped workpieces

18 USA 7253381

8/7/2007



19 China 2007800148

28.0

10/24/2008

Loveless,D.L., Ross,P.A.,

Rudnev,V.I., Lang,J.P.

Electric induction heat treatment of an

end of tubular material

20 USA 7317177

1/8/2008





21 Russia 2008146069

11/21/2008





22 EPO (Validated in

Germany, Spain,

France, UK, Italy

& Sweden)

EP2387863

1/16/2010

Doyon,G.A., Loveless,D.L.,

Brown,D.R., Rudnev,V.I.,

Boussie,T.G., Desmier,G.C.


shaped workpieces

23 Japan 2010-518312

1/20/2010


O’Haire,J.M, Minnick,R.J.,

Marshall,B.L.

Electric induction heat treatment

24 Mexico 301770

7/15/2011





shaped workpieces

25 China 102282911

7/18/2011





shaped workpieces

26 Japan 5611982

7/19/2011





shaped workpieces

27 USA 8247749

8/21/2012

Doyon,G.A., Brown,D.R.,

Loveless,D.L., Rudnev,V.I.

Application of electric induction energy

for manufacture of irregularly shaped

shafts with cylindrical components

including non-unitarily forged crankshafts

and camshafts

28 USA 8222576

7/17/2012





shaped workpieces

29 Mexico 306384

1/4/2013


O’Haire,J.M, Minnick,R.J.,

Marshall,B.L.


30 Canada 2649366

01/08/2013





31 USA 8454340

06/04/2013


Mortimer,J.J., Gramoll,B.R.

Heat treated formation of tubular articles

32 Mexico 317040 Rudnev,V.I., Loveless,D.L. Controlled electric induction heating of


23

23

1/9/2014 an electrically conductive workpiece in a

solenoid coil with flux compensators

32 USA 8895906

11/25/2014





34 USA 9060390

06/16/2015

Rudnev,V.I., Loveless,D.L. Electric induction heat treatment of

workpieces having circular components

35 USA 9084297

7/14/2015

Doyon,G.A., Andrea,F.,

Brown,D.R., Loveless,D.L.

Rudnev,V.I.

Induction heat treatment of an annular

workpiece

36 USA 9121081

9/1/2015



Granted Certificates of Invention (Russia)

1. Demidovich,V., Bamuner,A., Komrakova,G., and Rudnev,V., ”Induction melting furnace”,

Author Certificate of Russian Invention #1,684,939, Russia, Bulletin of Russian Inventions,

vol.38 (1991).

2. Danilushkin,A., Zimin,L., Rapoport,E., and Rudnev,V., “Control system for continuous

induction heater”, Author Certificate of Russian Invention #1,577,081, Russia, Bulletin of

Russian Inventions, vol.25 (1990).

3. Danilushkin,A., Zimin,L., Rudnev,V., and Makarov, S., “Induction through-heater”, Author

Certificate of Russian Invention #1,540,036, Russia, Bulletin of Russian Inventions, vol.4

(1990).

4. Nemkov,V., Demidovich,V., Rudnev,V., and Zimin,L., “An induction billet heater for metal

slabs”, Author Certificate of Russian Invention #1,429,347, Russia, Bulletin of Russian

Inventions, vol.37 (1988).

5. Demidovich,V., Ilmensky,E., Nemkov,V., Rudnev,V., Savel’ev,V., and Severjanin,A., “An

induction heating device”, Author Certificate of Russian Invention #1,288,945, Russia, Bulletin

of Russian Inventions, vol.5 (1987).

6. Nemkov,V., Demidovich,V., Nikanorov,A., Rudnev,V., and Smirnov,N., “Control device for

evaluation of bar heating conditions in continuous heating applications”, Author Certificate of

Russian Invention #1,202,082, Russia, Bulletin of Russian Inventions, vol.48 (1985).

7. Nemkov,V., Demidovich,V., Rudnev,V., and Zimin,L., “Method for induction heating of metal

slabs”, Author Certificate of Russian Invention #1,192,170, Russia, Bulletin of Russian

Inventions, vol.42 (1985).

8. Nemkov,V., Demidovich,V., Rudnev,V., Zimin,L., and Severjanin,A., “Method to control of

induction billet heater”, Author Certificate of Russian Invention #1,198,768, Russia, Bulletin of

Russian Inventions, vol.46 (1985).

9. Danilushkin,A., Zimin,L., Rapoport,E., Rudnev,V., Sindjakov,L., and Turpak,O., “Control

system for induction through-heating of magnetic billets”, Author Certificate of Russian

Invention #1,098,964, Russia, Bulletin of Russian Inventions, vol.23 (1984).

10. Zimin,L., Maleshkin,N., Rapoport,E., Rudnev,V., and Turpak,O., “A method to control an

induction heating of the large cylinder billets in in-line heaters”, Author Certificate of Russian

Invention #1,109,454, Russia, Bulletin of Russian Inventions, vol.31 (1984).

11. Danilushkin,A., Zimin,L., Rapoport,E., Rudnev,V., Sindjakov,L., and Turpak,O., “A method of

temperature control of magnetic billets in induction through-heating systems”, Author Certificate

of Russian Invention #930,756, Russia, Bulletin of Russian Inventions, vol.23 (1984).


24

24

12. Danilushkin,A., Zimin,L., Rudnev,V., Sherkin,G., and Sindjakov,L., “Control device for

continuous-type induction heater”, Author Certificate of Russian Invention #904,205, Russia,

Bulletin of Russian Inventions, vol.5 (1982).

Patent Pending Applications (World-wide)

## Country Filing Date Inventor Name Title 1 USA 7/19/2008 Loveless,D.L., Rudnev,V.I.,

O’Haire,J.M., Minnick,R.J.,

Marshall,B.L.


2 EPO (To be

validated in

Germany, Spain,

France, UK,

Italy & Sweden)

7/19/2008 Loveless,D.L., Rudnev,V.I.,

O’Haire,J.M., Minnick,R.J.

Marshall,B.L.


3 USA 12/26/2008 Rudnev,V.I., Loveless,D.L. Controlled electric induction heating of

an electrically conductive workpiece in a


4 EPO (To be

validated in

Germany, Spain,

France, UK,

Italy & Sweden)

12/26/2008 Rudnev,V.I., Loveless,D.L. Controlled electric induction heating of



5 Brazil 10/22/2008 Loveless,D.L., Ross,P.A.,




6 Canada 1/11/2010 Loveless,D.L., Rudnev,V.I.,


Marshall,B.L.


7 Brazil 1/19/2010 Loveless,D.L., Rudnev,V.I.,


Marshall,B.L.


8 Canada 6/8/2010 Rudnev,V.I., Loveless,D.L. Controlled electric induction heating of



9 China 1/19/2010 Loveless,D.L., Rudnev,V.I.,


Marshall,B.L.


10 India 2/19/2010 Loveless,D.L., Rudnev,V.I.,


Marshall,B.L.


11 Republic of

Korea

2/2/2010 Loveless,D.L., Rudnev,V.I.,


Marshall,B.L.


12 Brazil 6/24/2010 Rudnev,V.I., Loveless,D.L. Controlled electric induction heating of



13 EPO (To be

validated in

Germany, Spain,

France, UK,

Italy & Sweden)

7/3/2010 Doyon,G.A., Brown,D.R.,






and camshafts

14 Republic of

Korea

6/21/2010 Rudnev,V.I., Loveless,D.L. Controlled electric induction heating of




25

25

15 Canada 4/1/2010 Rudnev,V.I., Loveless,D.L. Electrical induction heat treatment of


16 Brazil 7/15/2011 Doyon,G.A., Loveless,D.L.,




shaped workpieces

17 EPO (To be

validated in

Germany, Spain,

France, UK,

Italy & Sweden)

3/30/2011 Rudnev,V.I., Loveless,D.L. Electrical induction heat treatment of


18 Canada 7/14/2011 Doyon,G.A., Loveless,D.L.,




shaped workpieces

19 Republic of

Korea

8/16/2011 Doyon,G.A., Loveless,D.L.,




shaped workpieces

20 EPO (To be

validated in

Germany, Spain,

France, UK,

Italy & Sweden)

10/20/2011 Doyon,G.A., Andrea,F.,

Brown,D.R., Loveless,D.L.,

Rudnev,V.I.

Induction heat treatment of an annular

workpieces

21 Japan 1/4/2012 Doyon,G.A., Brown,D.R.,






and camshafts

22 Republic of

Korea

2/2/2012 Doyon,G.A., Brown,D.R.,






and camshafts

23 USA 6/12/2013 West,W.D., Rudnev,V.I. Inductor for single-shot induction heating

of complex workpieces

24 USA 2/9/2014 Goodwin, J.A., Rudnev,V.I. Single shot inductor for heat treatment of

closely spaced multiple eccentric

cylindrical components arranged along

the longitudinal axis of a workpiece

25 USA 3/21/2014 Goodwin, J.A., Rudnev,V.I. Double-sided flat inductor assembly

26 EPO (To be

validated in

Germany, Spain,

France, UK,

Italy & Sweden)

24/12/2014 West,W.D., Rudnev,V.I. Inductor for single-shot induction heating

of complex workpieces