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2018 International Symposium on Structural Integrity Nov 25, 2018 Nanjing, China

issi2018.china‐sic.net

Program

2018 International Symposium on

Structural Integrity Nov 2‐5, Nanjing, China

Hosted by

China Structural Integrity Consortium

Locally organized by

Nanjing Tech University Jiangsu Special Equipment Safety Supervision &

Inspection Institute

Co-organized by

Supported by

National Natural Science Foundation of China Chinese Materials Institution (Committee of High Temperature Strength of Materials)

Chinese Pressure Vessel Institution Chinese Failure Analysis Institution

2018 International Symposium on

Structural Integrity Nov 2‐5, Nanjing, China

STRUCTURAL INTEGRITY THEORY AND TECHNOLOGY

IN THE PRECISION ERA

Technical Program

Welcome from Chairs of ISSI2018 1

Committees of ISSI2018 2

Program at a glance 3

Registration 4

Day 1: detailed program 5



A list of posters 28

Author index 30

General information 35

Conference room information 37

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Welcome from Chairs of ISSI2018

Dear Colleagues,

Welcome! The 2018 International Symposium on Structural Integrity (ISSI2018) will be held at Nanjing, China, by Nanjing Tech University and Special Equipment Safety Supervision Inspection Institute of Jiangsu Province, during November 2‐5, 2018. The predecessor of the annual symposium, Fracture Mechanics series, took place each year from 2003 to 2009, was renamed as Structural Integrity series after 2010, and organized by China Structural Integrity Consortium (CSIC).

Nowadays, the need of higher efficiency, less consumption of resources and reduced emission has led to higher operation parameters in process plants. Structural integrity for engineering components and structures working at extreme conditions has been a hot topic. In addition, structural integrity has come to a new era as a result of the design and manufacturing of structures and components with the requirement of long‐life and high reliability service. The analysis, assessment, and life prediction are requiring better precision. All this underpins the theme of ISSI2018, “Structural integrity theory and technology in the precision era”.

The new era requires improvements in understanding failure mechanisms, based on the needed evolution of ever‐increasingly precise experimental results, accurate theoretical model descriptions and incorporation of this information into the rapidly progressing development of numerical/computer modelling of real material/structure behaviors with both high accuracy and precision. The new era also requires more robust techniques in manufacturing, structural integrity prognosis or structural health monitoring of engineering components in critical conditions or applications.

The new era requires improvements in understanding failure mechanisms, based on the needed evolution of ever‐increasingly precise experimental results, accurate theoretical model descriptions and incorporation of this information into the rapidly progressing development of numerical/computer modelling of real material/structure behaviors with both high accuracy and precision. The new era also requires more robust techniques in manufacturing, structural integrity prognosis or structural health monitoring of engineering components in critical conditions or applications.

Hope you enjoy the conference and life in Nanjing.

With the very best wishes, Prof. Shan‐Tung Tu

Prof. Jianming Gong

Symposium Series Chairman ISSI2018 Executive Chairman East China University of Science & Technology, China Nanjing Tech University, China

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Committees of ISSI2018

International Scientific Committee

S. T. Tu (Chairman, ECUST, China) R. Ainsworth (Univ Manchester, UK) H. F. Chen (Univ Strathclyde, UK) X.D. Chen (HFGMRI, China) P.S. Dong (Univ Michigan, USA) T. Hassan (NCSU, USA) T. Itoh (Ritsmeikan Univ, Japan) Y.J. Kim (Korea Univ, Korea) Y.S Li (JAEA, Japan) K. Nikbin (Imperial College London, UK) A. Saxena (Univ Arkansas, USA) J.H. Shi (CGN, China) R. Sandstrom (KTH, Sweden) V. Shlyannikov (RAS, Kazan, Russia) K.B. Yoon (Chung‐Ang Univ, Korea)

Local Organizing Committee

Jianming Gong(Chairman) Jian Chen Xu Chen Zhichao FanZengliang Gao Guozheng Kang Shuqing Lin Minshan LiuZhengdong Wang Sujun Wu Weiqiang Wang Yining WangFuzhen Xuan Duyi Ye Youjun Ye Jianping Zhao

Symposium Coordinator

Mingliang Zhu ([email protected])

Symposium Secretariat

Jianping Zhao ([email protected]) Luyang Geng ([email protected])

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Program at a glance

Day Time Event PlaceNov 02 10:00—22:00 Registration Hotel lobby

Nov 03

08:30—08:50 Conference openingYangzijiang A Room

08:50—10:00 Plenary session I10:00—10:35 Group photos & coffee break10:35—11:45 Plenary session II Yangzijiang A Room11:50‐‐ Lunch14:00—15:45 Plenary session III Yangzijiang A Room15:45—16:15 Coffee break (Poster is on)16:15—18:00 Plenary session IV Yangzijiang A Room18:30—20:30 Conference dinner Jiangtian room

Nov 04

08:30—10:00 Technical sessions I‐IV Jiangtian, Jianghe,

Jiangbin and Xincheng Rooms

10:00—10:30 Coffee break (Poster is on)

10:30—12:00 Technical sessions V‐VIII Jiangtian, Jianghe,


12:00‐‐ Lunch

13:30—15:00 Technical sessions IX‐XII Jiangtian, Jianghe,



15:30—17:10 Technical sessions XIII‐XVI Jiangtian, Jianghe,


16:50—18:00 Poster is on18:00‐‐ Buffet for dinner

Nov 5

08:30—09:50 Technical sessions XVII‐XIX Jianghe, Jiangbin and Xincheng Rooms

09:50—10:20 Coffee break (Poster is on)10:20—11:00 Closing ceremony Jiangtian Room14:00—18:00 Technical visiting (some participants only)

End

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REGISTRATION

10:00—22:00 On-site registration

Jinling Riverside Hotel

18:00— Reception buffet

Jinling Riverside Hotel

Thesymposiumregistrationisopenfrom10amto10pmonNov02,2018,atthe

main lobby of the JinlingReiversideHotel, located at No.8,Wanjingyuan Road,YangtzeRiverStreet,JianYe,210019Nanjing,China.

LaterparticipantswhocannotarriveonNov02,2018canregisteratthesymposiumreceptioncenteronthemorningofNov03/04,2018from8amto9am.

Registrationfeewillbe360USD(2600RMB).Studentsarewelcomewithareducedregistrationfeeof270USD(1800RMB).Theregistrationfeecoversadmissiontoalltechnical sessions; two refreshment breaks each day of the conference, lunches,dinners, conference banquet, and a copy of the conference proceedings, but notaccommodation.

Nov 02, 2018

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Day 1: detailed program

PLENARYLECTURESANDSPEAKERS’BIOS

Youshi Hong

Very-High-Cycle Fatigue and Structural Integrity

Institute of Mechanics, Chinese Academy of Sciences, China Email: [email protected]

Youshi Hong is a Professor of the Institute of Mechanics (IMECH), Chinese Academy of Sciences (CAS). He was the Director of IMECH‐CAS between 1998 and 2006. He is Editor‐in‐Chief for “Fatigue & Fracture of Engineering Materials & Structures (FFEMS)”; and Associate Editor‐in‐Chief for “Science China ‒ Physics, Mechanics & Astronomy”. His research fields are mechanical behavior of materials, fracture mechanics and structure mechanics. His main research achievements are related to: high‐cycle and very‐high‐cycle fatigue behavior of metallic materials; effects of second phase particles on deformation, fracture and stress corrosion cracking of steels; analyses of stress intensity factors and plastic zone sizes for notch‐cracks and fatigue crack growth from a circular notch under biaxial stress; mechanism and modeling of collective damage evolution process of initiation and propagation for short fatigue cracks; and mechanical behavior of nano‐crystalline metallic materials. He has published 290 papers in academic journals and conference proceedings, and obtained 13 Chinese patents. He received a First Grade Award of Natural Science of CAS and received a National Second Grade Award of Natural Science.

Alan

Needleman

Toughness, Roughness and Crack Path Engineering for Improved Ductile Fracture Resistance

Department of Materials Science & Engineering, Texas A&M University Email: [email protected]

Alan Needleman received his B.S. from the University of Pennsylvania in 1966 and finished his Ph.D. at Harvard University in 1970. He then spent five years in Applied Mathematics at MIT before moving to Brown University where he served as Dean of the Engineering from 1988 to 1991 and became Florence Pirce Grant University Professor in 1996. He retired from Brown in 2009 and moved to the Materials Science and Engineering Department at the University of North Texas. In 2015 he joined Texas A&M University where he is a University Distinguished Professor and a TEES Eminent Research Professor in the Department of Materials Science and Engineering. His contributions include the development of a ductile fracture computational methodology, the development of cohesive surface methods for fracture analysis and the creation of a framework that enables using discrete dislocation plasticity to solve general boundary value problems. Professor Needleman is a Member of the US National Academy of Engineering and an Honorary Member of the American Society of Mechanical Engineers (ASME). He was awarded the Prager Medal by the Society of Engineering Science, and the Drucker and Timoshenko Medals by ASME. He also holds honorary doctorates from the Technical University of Denmark and Ecole Normale Superior de Cachan (France), and is an Honorary Professor of Dalian University of Technology (China). Professor Needleman was recognized by the Institute for Scientific Information as a highly cited author both in Engineering and in Materials Science. On Google Scholar his publications have been cited over 41000 times.

Nov 03, 2018

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Masao Sakane

Creep Void Formation and Rupture Lifetime in Multiaxial Stress States

Department of Mechanical Engineering Ritsumeikan University, Japan Email: [email protected] Prof. Masao Sakane was awarded the M.E. and the ph.D degrees from Ritsumeikan University, Kyoto, Japan in 1974 and 1979, respectively. He joined Ritsumeikan University in 1976 and became a full professor of Department of Mechanical Engineering in 1994. His research interests are low cycle fatigue, creep, creep‐fatigue, constitutive modeling for electronic and conventional structural materials and inverse problem of indentation hardness under uniaxial and multiaxial stress states. He served as a chairman of the Society of Materials Science for 2013‐2014 and as a dean of Faculty of Science and Engineering at Ritsumeikan University for 2007‐2012. He was awarded Fellow from Japan Society of Mechanical Engineers in 2003 and other several awards. He published more than 200 papers relating to his expertise.

Esteban Busso

A Mechanistic Study of Intergranular Cracking in Stainless Steels

Department of Mechanical Engineering Imperial College London, UK Email: [email protected]

Esteban Busso is currently visiting professor of Imperial College London and working at MATTech International R&D Consulting and a fellow of the Royal Academy of Engineering. From 2013 till 2017 he was the Scientific Director of ONERA's Materials and Structures Branch. From 2005 till 2013 he was a Professor of Mechanics of Materials at the Ecole des Mines de Paris and Director of the Ecole's Centre des Matériaux and, from 1994 till 2005, Professor at Imperial College's Department of Mechanical Engineering in London, UK. Dr. Busso obtained his undergraduate degree from the University of Cordoba, Argentina, in Dec. 1980. In 1985, he joined the Massachusetts Institute of Technology (MIT) in Cambridge, USA, where he was awarded his MSc degree and, in 1990, his PhD degree in Mechanical Engineering. He has also worked in industry in the UK, Japan, South Africa and Argentina. His research involves micromechanics studies of deformation and fracture of materials and interfaces, with an emphasis on the development of multiscale and multiphysics concepts in mechanistic models to predict deformation and fracture processes. In August 2014, Dr. Busso was elected to the British Royal Academy of Engineering. He has authored and edited 12 scientific books, and published over 135 articles in peer reviewed international journals (H‐index of 32 with 3205 citations in Google Scholar). He is an advisor to industry worldwide, to the US Department of Energy, the European Commission, as well as the British, Dutch and French research councils, amongst others.

Pingsha Dong

Some recent advances in structural integrity assessment methods for welded components

University of Michigan, Ann Arbor, MI, USA Email: [email protected] Dr. Dong’s teaching and research interests include advanced design and analysis methodologies for engineering structures with an emphasis on welded structures and novel computational modeling techniques for manufacturing processes. He has developed numerous unique computational procedures that have been adopted by

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major manufacturing industries and National/International Codes & Standards. These include the mesh‐insensitive structural stress method for fatigue design and life evaluation of welded structures adopted by 2007 ASME Div 2 International Code, the Joint 2007 ASME FFS‐1/API 579 RP‐1 Fitness for Service Code. Dr. Dong has published about 200 papers in peer‐reviewed archive journals and major conference proceedings, giving over two dozens of Plenary/Keynote Lectures at major international conferences. He is currently serving as Editor‐in‐chief of International Journal of Pressure Vessels & Piping.

Valery Shlyannikov

Damage mechanics approach to crack growth and structural integrity assessment

Kazan Scientific Center, Russian Academy of Sciences Email: [email protected]

Prof. Shlyannikov is currently serving as vice‐President of the Kazan Scientific Center of the Russian Academy of Sciences. He got his first scientific degree (Ph.D) from Kazan Aviation Institute in 1981, and got another scientific degree (Dr. of Science) from Moscow State Open University. He got a variety of academic experience during working as Director and Leading Scientific Researcher in many sectors of Russian Academy of Sciences. He is also a Professor of Kazan State Technical University. He got a lot of awards such as the Honored Personality of Tatarstan Republic on Science in 1998, and Laureate of Leninite Komsomol Award on Science and Engineering of the USSR in 1987.

David Knowles

Creep-fatigue in 316 stainless steels

Professor of Nuclear Engineering Department of Mechanical Engineering, University of Bristol, UK Email: [email protected]

David Knowles is an Aktins Fellow, co‐Director of the SW Nuclear Hub at Bristol University, and leads the Energy High Temperature Centre. He has worked on structural integrity assessments of rotating and static equipment over the past 20 years, interacting with companies including Rolls‐Royce, Shell , Atkins and most recently EDF Energy. David has published over 100 papers on structural integrity. He is a Fellow of the Royal Academy of Engineering.

Yun-Jae Kim

Ageing effect on fracture behavior of nuclear piping under monotonic and cyclic loading

Professor, Department of Mechanical Engineering Korea University, Seoul, Korea Email: [email protected]

Prof. Kim is currently working at Korea University as a professor of mechanical engineering. He has studied in Korea University for B.S degree, Michigan State University for M.S degree, and got his Ph.D degree from Massachusetts Institute of Technology in 1993. Before his current position, he did research work in MIT, GKSS Research Centre, British Energy Generation Ltd and Sungkyunkwan University. His research interests mainly include Mechanics of materials, analytical/computational non‐linear fracture mechanics analysis and fracture mechanics based structural integrity assessment of plant components. He received a lot of awards, such as International Institute of Welding (IIW) Henry Granjon Award (1998), CEGB Award,

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IMech, UK (2002), and Distinguished Visiting Fellowship, Royal Academy of Engineering, UK (2011). He is currently serving as Editorial Board Member of international journals, including Journal of Strain Analysis for Engineering Design, Engineering Fracture Mechanics and International Journal of Pressure Vessels and Piping.

Kamran Nikbin

Unified Prediction of Creep Rupture and Crack Growth Using a Micro/Macro Constraint Criteria Modelling Approach

Professor, Department of Mechanical Engineering Imperial College London, UK Email: [email protected] Professor Kamran Nikbin got his BSc (Eng.) from Queen Mary College in 1973 and PhD, DIC (Applied Mechanics) from Imperial College in 1977. He has worked at Imperial College, London, since 1979 and has held the Royal Academy/EDF research chair in Structural Integrity since 2006. He has over 250 published papers and acts as consultant for various projects winning a number of best paper prizes. His Research Interests and academic responsibilities have ranged from scientific research to teaching and tutoring. His aim has been to direct the high temperature Structural Integrity group’s research activities to achieve an overall goal of developing predictive techniques of failure using fracture mechanics, continuum damage mechanics, micro to meso‐scale modelling techniques and validating the results with appropriate experiments. He has been involved with industry and research establishments on numerous multi‐disciplinary projects dealing with different aspects of fracture ranging from cryogenic to very high temperatures. In particular, his main impetus has been in the field of high temperature creep/fatigue crack growth, by considering the experimental, metallurgical, micro‐modelling and numerical predictions associated with it.

Haofeng Chen

Simplicity, Complexity and Multiscale Modelling--Understanding of Creep Behaviours from Material to Component Level

Department of Mechanical and Aerospace Engineering University of Strathclyde, UK Email: [email protected] Prof. Haofeng Chen works in the Department of Mechanical and Aerospace Engineering at the University of Strathclyde, and a Visiting Professor of the East China University of Science and Technology. He has also been appointed or awarded as the Royal Academy of Engineering Senior Research Fellow, Associate Editor of the ASME Journal of Pressure Vessel Technology, Fellow of The Institution of Mechanical Engineers, Fellow of the Higher Education Academy, ASME Member and Chartered Engineer. He earned two Bachelor degrees in engineering mechanics and economic management from Tsinghua University in 1994, and his MEng and PhD in solid mechanics from Tsinghua University in 1995 and 1998, respectively. He was then a research fellow in the School of Mechanical and Production Engineering at Nanyang Technological University, and subsequently a research fellow in the Department of Engineering at the University of Leicester from 1998 to 2006. From 2006 to 2008, he was a chartered senior engineer at ALSTOM Power Technology Centre (Rugby, UK), working in the Mechanical Integrity Group of the Technology and Design Department. Since joining Strathclyde University in 2008, he has established and leads the Structural Design and Life Assessment Research group.

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CONFERENCEOPENING //YangzijiangARoom

08:30 Introductory commentsProf Jianming Gong, Executive chairman of ISSI2018 Nanjing Tech University, China

08:35 Welcome addressOfficial from Nanjing Tech University, China

08:40 Opening speechProf Shan‐Tung Tu, Chairman of Symposium Series East China University of Science and Technology, China

PLENARYSESSIONI //YangzijiangAroom

Session chair: Shan-Tung Tu (East China University of Science and Technology, China)

08:50—09:25 Very-High-Cycle Fatigue and Structural IntegrityProf Youshi Hong Institute of Mechanics, Chinese Academy of Sciences, China

09:25—10:00 Toughness, Roughness and Crack Path Engineering for Improved Ductile Fracture Resistance Prof Alan Needleman Texas A&M University, USA

10:00—10:35 Group Photo & Coffee Break

PLENARYSESSIONII //YangzijiangAroom

Session chair: Yun-Jae Kim (Korea University, Korea)

10:35—11:10 Creep Void Formation and Rupture Lifetime in Multiaxial Stress StatesProf Masao Sakane Ritsumeikan University, Japan

11:10—11:45 A Mechanistic Study of Intergranular Cracking in Stainless Steels Prof Esteban Busso Imperial College London, UK

11:50— Lunch

Nov 03, 2018

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PLENARYSESSIONIII

//YangzijiangAroom

Session chair: Naoki Miura (Central Research Institute of Electric Power Industry, Japan)

14:00—14:35 Some recent advances in structural integrity assessment methods for welded components Prof Pingsha Dong University of Michigan, USA

14:35—15:10 Continuum damage mechanics approach to crack growth and structural integrity assessment Prof Valery Shlyannikov Russian Academy of Sciences, Russia

15:10—15:45 Creep-fatigue in 316 stainless steelsProf David Knowles University of Bristol, UK

15:45—16:15 Coffee break

PLENARYSESSIONIV //YangzijiangAroom

Session chair: David Knowles (University of Bristol, UK)

16:15—16:50 Thermal ageing effect on fracture behavior of cast stainless steel piping under monotonic and cyclic loading: experiments and numerical study Prof Yun‐Jae Kim Korea University, Korea

16:50—17:25 Unified Prediction of Creep Rupture and Crack Growth Using a Micro/Macro Constraint Criteria Modelling Approach Prof Kamran Nikbin Imperial College London, UK

17:25—18:00 Simplicity, Complexity and Multiscale Modelling: Understanding of Creep Behaviours from Material to Component Level Prof Haofeng Chen University of Strathclyde, UK

18:30—20:30 Conference dinner Jiangtian Room

Nov 03, 2018Nov 03, 2018

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KEYNOTELECTURESANDSPEAKERS’BIOS

Jeffrey T. Fong

An Uncertainty-based Multi-Scale Fatigue Life Model of Metals and Ceramic Materials

Life Fellow ASME, Fellow ASTM National Institute of Standards & Technology (NIST) Email: [email protected] Dr. Jeffrey T. Fong was educated at the University of Hong Kong (B.Sc. 1955), Columbia University (M.S., 1961), and Stanford (Ph.D., 1966). He has had 8 years of engineering design and more than 40 years of engineering reliability research, consulting, and teaching experience in both the United States and abroad. He currently teaches short courses on “Engineering Statistics and Reliability” at University of South Carolina‐Columbia, and at a Composites Design Workshop held every six months at Stanford University. He holds the title of Physicist and Project Manager at the U.S. National Institute of Standards and Technology, and also Adjunct Professor of Mechanical Engineering and Mechanics at Drexel University, Philadelphia, PA, and of Nuclear and Risk Engineering at City University of Hong Kong, and Distinguished Guest Professor at the East China University of Science & Technology, Shanghai, China. He has authored or co‐authored more than 100 technical papers, and edited or co‐edited 17 national or international conference proceedings. He was elected Fellow of ASTM in 1982 and Fellow of ASME in 1984. In 1993, he was awarded the prestigious ASME Pressure Vessels and Piping Medal. Most recently, he was honored at the 2014 International Conference on Computational & Experimental Engineering & Sciences (ICCES) with a Lifetime Achievement Medal.

Naoki Miura

Study on Sufficiency of Reference Stress Solutions for Crack-Like Flaws for Fitness-For-Service Evaluation

Associate Vice President Materials Science Research Laboratory Central Research Institute of Electric Power Industry, Japan Email: [email protected] Dr. Naoki Miura has got his M.S. and Ph.D. degrees from the University of Tokyo, Japan in 1987 and 2014, respectively. He joined Central Research Institute of Electric Power Industry (CRIEPI) in 1987 as a research engineer and has been involved in research and development on the structural integrity both for nuclear and thermal power plants. He was temporarily a visiting scientist of Battelle Columbus Institute between 1994 and 1995. Currently he carries out his duty as a deputy director of Nuclear Power Plant Maintenance Research Team in CRIEPI. He serves as a member of Subcommittee of Nuclear Power in Japan Society of Mechanical Engineers, vice chairman of Committee on Pressure Vessel Code and Standards in The High Pressure Institute of Japan, and other public committees.

Nov 04, 2018

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Tasnim Hassan

Extending Unified Viscoplasticity Model of Fatigue and Fatigue-Creep for Simulation of Creep Responses

Professor, Department of Civil Engineering North Carolina State University, USA Email: [email protected] Prof. Tasnim Hassan has been a faculty member in the Department of Civil Engineering at North Carolina State University since 1995 after receiving his PhD from the University of Texas at Austin. His research areas include experimentation and constitutive model development for designing against low‐cycle fatigue or seismic failure of critical components, steel building structures and welded joints. His constitutive model development studies have been focused on improving simulations for low‐cycle fatigue and ratcheting responses of various steels and alloys under uniaxial and multiaxial loading. His research group has developed a detailed computational method for investigating residual stress induced failures of welded joints. The group has developed advanced unified constitutive model for simulating very high temperature fatigue‐creep responses of Inconel 617 geared towards design and analysis of very high temperature gas cooled reactor components. The constitutive model has been extended for simulation of thermo‐mechanical fatigue of Haynes 230 in order to improve design and analysis of combustor liner in jet engines. The model is being further improved by incorporating creep damage modeling features in order to simulate creep and fatigue interactions of modified Grade 91 steel for design applications to boiler header. The primary goal of Prof. Hassan's research group has been to improve inelastic analysis based design for enhancing life prediction of critical components. His projects have been funded by U.S. National Science Foundation, Department of Energy, Army Research Office, and industries related to aerospace, nuclear and fossil power, and offshore structures. He has performed research in cooperation with investigators in USA, France, Tunisia, India, and Turkey.

Tae Eun Jin

Safety Enhancement Activities in Korea

Senior Vice President, Power Engineering Research Institute KEPCO E&C, Yongin, Korea Email: [email protected] Dr Tae‐Eun Jin is a Senior Vice President of KEPCO ENC (formerly KOPEC) in charge of the nuclear division. He worked on the development of the OPR1000 and the APR1400, and he has worked on the application of various engineering aging evaluation concepts to NPPs. He has served as an Adjunct Professor of Yonsei University, has published more than 30 SCI journal papers, and given more than 100 presentations at international conferences. In 1999, he served as a member of the International Scientific Committee at SMiRT 15. He served as the President of Fracture & Material Division of the Korean Society of Mechanical Engineers (KSME) in 2009, and as Conference Co‐chairman of PVP/KPVP 2010 of American Society of Mechanical Engineers (ASME).

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Sean Leen

Microstructure-based analysis for high temperature fatigue and creep of 9-12 Cr steels for power plants

Mechanical & Biomedical Engineering NUI Galway, Ireland Email: [email protected]

Sean Leen is a Professor of Mechanical Engineering at NUI Galway since 2008. He is a member of the Ryan Institute for Environment, Marine and Energy. Sean is an SFI‐funded Principal Investigator in the I‐Form Advanced Manufacturing Research Centre and of a project called MECHANNICS: Multi‐scale, through‐process characterisation for innovative manufacture of next‐generation welded connections. He was previously Associate Professor in Mechanical Engineering at University of Nottingham, where he completed his PhD with Professor Tom Hyde. Sean previously worked within the Rolls‐Royce University Technology Centres for Advanced Manufacture and Advanced Gas Turbine Transmissions at the University of Nottingham. He also worked for some time in engineering consultancy on finite element software development for the design and analysis of offshore oil and gas structures. Sean’s research interests include computational solid mechanics, with particular application to high temperature plasticity, contact mechanics, manufacturing processes and structural integrity (e.g. fatigue, fretting and wear).

James Boyle

The Future of Piping Design and Analysis

Department of Mechanical and Aerospace Engineering University of Strathclyde, UK Email: [email protected] Prof James Boyle’s research interests mainly include: P Pressure Vessel Design by Analysis, Engineering Modelling and Simulation, Piping Analysis & Design, Mathematical Modelling, High Temperature Materials Modelling and Analysis, Code interpreatation & application, FEA using ANSYS & ABAQUS, Code interpreation and/or analysis using CAESAR II, Analysis with MATLAB, MathCad, Maple, Mathmatica, Inelastic material model development & experimental analysis with MiniTab.

Donald Mackenzie

A Multi-Surface Plasticity Method for Lower Bound Shakedown Limit

Department of Mechanical and Aerospace Engineering University of Strathclyde, UK Email: [email protected] Prof. Donald Mackenzie’s research interests mainly include: Finite element analysis, Pressure Vessel Design, Linear & non‐linear analysis of structures & components, and Design by analysis assessment ‐ elastic and inelastic. He is currently a principal investigator of the project “Effect of Fluid End Geometry and Autofrettage Process on Fluid End Field Life”.

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Jinhua Shi

Some Challenges in Design, Manufacture and Construction of High Integrity Reactor Pressure Vessels

Suzhou Nuclear Power Research Institute, China Email: [email protected] Dr. Shi is currently working at Suzhou Nuclear Power Research Institute. He previously worked for Amec Foster Wheeler as a Managing Consultant in the UK and has over 38 years’ experience in mechanical and structural engineering design, research & development, elastic and inelastic finite element analyses and structural integrity assessments of nuclear and conventional power plants, and petrochemical plants in the UK, Europe, Hong Kong and Mainland of China. In addition to having produced hundreds of research and engineering assessment reports, Dr. Shi has published about 40 papers in international journals and international conferences. He has extensive experience of structural integrity assessments using International Design Codes (a full range of failure mechanisms), R5 (high temperature creep‐fatigue crack initiation and creep‐fatigue crack growth assessments), R6 (low temperature limiting defect and fatigue crack growth assessments) and BS 7910 in support of nuclear power plant safety cases and plant life extension projects; and also has in‐depth knowledge of GB/T 19624. He is a Fellow of the Institution of Mechanical Engineers, Member of ASME, Member of the Cooperation in Reactor Design Evaluation and Licensing (CORDEL) Working Group of the World Nuclear Association (WNA), Committee Member of the Computational Structural Mechanics Working Group of the NAFEMS UK and member of the UK High Temperature Power Plant Forum.

Yinsheng Li

Failure bending moment for pipes containing multiple circumferential flaws with complicated shape

Japan Atomic Energy Agency, Japan Email: [email protected] Dr. Yinsheng Li, who got his Ph.D in 1992, is currently a group leader of structural integrity research at Nuclear Safety Research Center of Japan Atomic Energy Agency (JAEA). Dr. Li is actively involved in both national and international committees of structural integrity for code and standard development, which includes Member of Subgroup on Evaluation Standards, ASME BPV Code Section XI, Member of Working Group on Flaw Evaluation, ASME BPV Code Section XI, Member of Working Group on Pipe Flaw Evaluation, ASME BPV Code Section XI, Member of JSME Code Committee, Rules on Fitness‐for‐Service for NPPs, Technical Committee of ASME PVP Division, and Technical Program Assistant Chair of ICONE 25. Dr. Li’s research interests mainly include Structural Integrity Assessment, Stress Evaluation, Fracture Mechanics, and Probabilistic Fracture Mechanics, where he has authored or co‐authored more than 150 papers in international journals and conferences.

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Wanchuck Woo

Neutron diffraction, contour method, and deep hole drilling measurements of residual stresses through the thickness of functionally graded additive manufactured materials

Neutron Science Center, Korea Atomic Energy Research Institute, Korea Email: [email protected] Wanchuck Woo graduated from Korea University in 1996 (MS/BS in metallurgical engineering) and obtained his Ph.D. from the department of materials science and engineering, The University of Tennessee, Knoxville, USA in 2006. He has working experiences at SAMSUNG Heavy Industries (1996 ‐ 2001) as a welding engineer, Oak Ridge National Laboratory, TN, USA as a postdoctoral research associate (2007 ‐ 2008), and Korea Atomic Energy Research Institute, Daejeon, South Korea as an instrument scientist since 2009. His research interests are physical, mechanical properties including residual stress and deformation behavior using destructive (contour, hole drilling) and diffraction (x‐ray, neutron, and imaging) methods in welds and structural metals and alloys. His publications over 130 SCI/E papers were cited over 1400 times.

Yan-Hui Zhang

Fatigue assessment in BS 7910: background, current status and future development

TWI Limited, Cambridge, UK Email: [email protected] Dr Yanhui Zhang has a metallurgy background. He obtained his PhD degree at Open University, UK, in 1992, with a thesis “Small fatigue cracks of high strength aluminium alloys”. He worked as a research fellow on Ni‐based superalloys in Department of Materials Science and Metallurgy, Cambridge University before he joined TWI as a senior project leader in July 2001, then was promoted to principal project leader and now consultant in Integrity Management Group, TWI Limited, Cambridge, UK. As a consultant, he gives technical leadership in the areas of fatigue and structural integrity assessments, develops business and provides consultancy and other services to TWI membership companies. He is particularly interested in providing technical solutions to industrial problems and challenges. He is the Fellow of Institute of Materials, Minerals and Mining (FIMMM), Fellow of Welding Institute (FWeldI) and Chartered Engineer (CEng). He is panel member of several standard/consultancy organisations including BS 7910, BS 7608 and TAGSI (UK Technical Advisory Group on Structural Integrity of High Integrity Plant – Sub‐Group NT‐26). He supervises several PhD students in collaboration with Cambridge, Brunel, Coventry and Manchester Universities. His expertise covers materials characterisation, fatigue design, fatigue and creep life evaluation, fatigue and creep testing, engineering critical assessment (ECA) and failure investigation. He published more than 40 papers as the first author.

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TECHNICALSESSIONI:multi‐scalemodeling //JiangtianRoom

Session chair: Masao Sakane (Ritsumeikan University, Japan)

08:30—09:00 Keynote lectureAn Uncertainty-based Multi-Scale Fatigue Life Model of Metals and Ceramic Materials Jeffrey T. Fong, N. Alan Heckert, James J. Filliben, Stephen W. Freiman National Institute of Standards & Technology, USA; Freiman Consulting, USA

09:00—09:20 A weight function method for fatigue crack growth analysis of structure with multiple site damage Wu Xu, Zhenghong Li, Xue‐Ren Wu, Yin Yu Shanghai Jiao Tong University, China; AECC Beijing Institute of Aeronautical Materials, China

09:20—09:40 Fatigue life and limit prediction based on the multiscale model to simulate small crack growth Kazuki Shibanuma, Hiroaki Ito, Masao Kinefuchi, Katsuyuki Suzuki, Manabu Enoki The University of Tokyo, Japan

09:40—10:00 Multiscale Modeling of a Notched Coupon Test for Triaxially Braided Composites Yanqi Hu, Wieslaw K. Binienda Zhejiang University, China; University of Akron, USA

10:00—10:30 Coffee break (poster is on)

TECHNICALSESSIONII:safetyassessment‐I //JiangheRoom

Session chair: Jinhua Shi (Suzhou Nuclear Power Research Institute, China)

08:30—09:00 Keynote lectureStudy on sufficiency of reference stress solutions for crack-like flaws for fitness-for-service evaluation Naoki Miura, Kenji Oyamada Central Research Institute of Electric Power Industry, Japan; The High Pressure Gas Safety Institute of Japan, Japan

09:00—09:20 Investigative Status and Case Calculation of Limit Load Capacity of Pipeline Containing Local Defects

Nov 04, 2018

‐ 17 ‐

Yun-kai Liu, Jian‐feng Mao, Shi‐yi BaoZhejiang University of Technology, China

09:20—09:40 Determination of Ratio of Yield Strength and Reduced Modulus During Cold Work Processing in 304 Austenitic Stainless Steel Kai Li, He Xue, Kuan Zhao, Shuai Wang, Ting Wang, Ruihan Song Xi'an University of Science and Technology, China

09:40—10:00 Influence Factors of Fracture Mechanics Analysis of Reactor Pressure Vessel under Pressurized Thermal Shock Juan Luo, Jiacheng Luo Nuclear Power Institute of China, China


TECHNICALSESSIONIII:residualstressmeasurement //JIangbinRoom

Session chair: Wenchun Jiang [China University of Petroleum (East China), China]

08:30—09:00 Keynote lectureNeutron diffraction, contour method, and deep hole drilling measurements of residual stresses through the thickness of functionally graded additive manufactured materials Wanchuck Woo Korea Atomic Energy Research Institute, Korea

09:00—09:20 Estimation of residual stress and plastic properties of a material without plastic plateau by using continuous spherical indentation Zhanyu Wang, Jianping Zhao Nanjing Tech University, China

09:20—09:40 Anisotropic Elastic Constants Calculation of Stainless Steel Cladded Layers of Pressure Vessel Steel Plate Jilin Xue, John Bouchard, Xuedong Chen, Zhichao Fan, Yu Zhou Hefei General Machinery Research Institute Co. Ltd, China

09:40—10:00 A parametric investigation of the through-thickness residual stresses in the thick weld plate considering back chipping: neutron diffraction and finite element Yu Wan, Wenchun Jiang, Jian Li China University of Petroleum (East China), China


‐ 18 ‐

TECHNICALSESSIONIV:piping //XinchengRoom

Session chair: Takamoto Itoh (Ritsumeikan University, Japan)

08:30—09:00 Keynote lectureThe Future of Piping Design and Analysis James Boyle University of Strathclyde, UK

09:00—09:20 Finite element solution for limit load of orthotropic pressure pipe with internal circumferential crack Qin Yu, Changyu Zhou Nanjing Tech University, China

09:20—09:40 On the Effect of Flow Condition On Flow Field Characteristic of Free Span of Submarine Pipeline Ming Xu, Xuedong Chen, Bing Wang, Weihe Guan, Zhichao Fan, Jie Dong Hefei General Machinery Research Institute Co. Ltd, China

09:40—10:00 A Rewiew: Approaches of Vibration Analysis on Process PipelinesJin Li, Shiyi Bao, Zhenyu Ding Zhejiang University of Technology, China


TECHNICALSESSIONV:creep‐fatiguemodeling //JiangtianRoom

Session chair: Xu Chen (Tianjin University, China)

10:30—11:00 Keynote lectureExtending Unified Viscoplasticity Model of Fatigue and Fatigue-Creep for Simulation of Creep Responses Nazrul Islam, Tasnim Hassan North Carolina State University, USA

11:00—11:20 Simplified creep damage of high temperature components by stress redistribution locus method Weizhe Wang, Hui Hong, Zhenwei Cai, Yingzheng Liu Shanghai Jiao Tong University, China

11:20—11:40 Creep-fatigue crack growth behavior of G115 steel under different hold time conditions Zhengxin Tang, Hongyang Jing, Lianyong Xu Tianjin University, China

11:40—12:00 Simulation of grain size and dwell time effects on creep-fatigue crack growth rate in turbine disc superalloy GH4169 Xinyi Hao, Dianyin Hu, Xiyuan Wang, Rongqiao Wang

‐ 19 ‐

Beihang University, China 12:00— Lunch

TECHNICALSESSIONVI:structuralintegrityinnuclearapplications

//JiangheRoom

Session chair: Yinsheng Li (Japan Atomic Energy Agency, Japan)

10:30—11:00 Keynote lectureSAFETY ENHANCEMENT Activities in Korea Tae Eun Jin KEPCO E&C, Korea

11:00—11:20 Three-dimensional Finite Element analyses of Excavate and Re-weld Process Mingya Chen, Weiwei Yu, Fei Xue, Ku Francis, Zhilin Chen, Jinhua Shi, Yangtian Yu Suzhou Nuclear Power Research Institute, China

11:20—11:40 2D FE Welding Simulation of SNL Used Nuclear Fuel Canister Mockup TestJae-Min Gim, Yun‐Jae Kim, Poh‐Sang Lam, Robert L. Sindelar Korea University, Korea; Savannah River National Laboratory, USA

11:40—12:00 Stress and Fatigue Analysis of Pressurizer Surge Line under Thermal Stratification Peng Tang, Hongwei Qiao, Jiacheng Luo Nuclear Power Institute of China, China

12:00— Lunch

TECHNICALSESSIONVII:microstructure‐propertycorrelation

//JiangbinRoom

Session chair: Sujun Wu (Beihang University, China)

10:30—11:00 Keynote lectureMicrostructure-based analysis for high temperature fatigue and creep of 9-12 Cr steels for power plants Sean Leen, Richard Barrett, Padraic O'DOnoghue NUI Galway, Ireland

11:00—11:20 Creep Damage of a Re/Ru-Containing Single Crystal Nickel-Based Superalloy at Elevated Temperature Guoqi Zhao, Sugui Tian, Shunke Zhang, Ning Tian, Lirong Liu

‐ 20 ‐

Guizhou University of Engineering Science, China; Shenyang University of Technology, China

11:20—11:40 Experimental and numerical study on Inconel 783 creep failure at 700C under multiaxial load condition Renyue Ge, Jian-feng Mao, Shi‐yi Bao Zhejiang University of Technology, China

11:40—12:00 Deformation Features of a High Mo Nickel-Based Single Crysral Superalloy during Creep at High Temperature Huajin Yan, Sugui Tian, Guoqi Zhao, Shunke Zhang Guizhou University of Engineering Science, China; Shenyang University of Technology, China

12:00— Lunch

TECHNICALSESSIONVIII:creepcrackgrowth //XinchengRoom

Session chair: Valery Shlyannikov (Russian Academy of Sciences, Russian)

10:30—10:50 Experimental Study on the Creep Crack Growth of PE100 Pipe and its Butt-fusion Joint Bingjun Gao, Jianguo Zhang, Junhua Dong Hebei University of Technology, China

11:00—11:20 Effect of material property difference on the creep behavior of bending

specimen Fa-Kun Zhuang, Shan‐Tung Tu, Guo‐Shan Xie, Jin Shi, Xiao‐Peng Li China Special Equipment Inspection and Research Institute, China; East China University of Science and Technology, China

11:20—11:40 An Improved Omega-based Method for Creep Life Prediction Using Hyperbolic Sine Stress Correlation Xinyu Yang, Richard Barrett, Sean Leen, Jianming Gong NUI Galway, Ireland

11:40—12:00 A more accurate constraint parameter to characterize the creep constraint effect at crack tip of Cr-Mo-V steel Yun Luo, Wenchun Jiang China University of Petroleum (East China), China

12:00— Lunch

‐ 21 ‐

TECHNICALSESSIONIX:safetyassessment‐II //JiangtianRoom

Session chair: Haofeng Chen (University of Strathclyde, UK)

13:30—14:00 Keynote lectureA Multi-surface Plasticity Method for Lower Bound Shakedown Load Alan Jappy, Donald Mackenzie, Haofeng Chen University of Strathclyde, UK

14:00—14:20 Effects of T-stress on fracture behavior of central-cracked stiffened plateXingling Huang, Yinghua Liu Tsinghua University, China

14:20—14:40 Fracture assessment for offshore clad pipes with V groove weld joints and circumferential surface cracks based on GUI plugin Xiaoxin Zhao, Lianyong Xu, Hongyang Jing, Yongdian Han, Lei Zhao Tianjin University, China

14:40—15:00 Burst strength study of glass-fibre reinforced composite pipes by simulation and theoretical analysis Qian Zhang, Wenchun Jiang, Yanting Zhang China University of Petroleum (East China), China


TECHNICALSESSIONX:pressurevessels //JiangheRoom

Session chair: Zihui Xia (University of Alberta, Canada)

13:30—14:00 Keynote lectureSome Challenges in Design, Manufacture and Construction of High Integrity Reactor Pressure Vessels Jinhua Shi Suzhou Nuclear Power Research Institute, China

14:00—14:20 Numerical simulation of residual stress in P91 repair welding incorporating martensitic transformation Zexun Hu, Jianping Zhao Nanjing Tech University, China

14:20—14:40 Numerical predictions of fluid flow and vibration responses of tube bundles in heat exchangers Yonggui Chen, Lijia Luo, Shiyi Bao Zhejiang University of Technology, China

14:40—15:00 The Method of Design by Analysis for Cylindrical Pressure Vessels with Sperically Dished Head Zhenyu Wang, Mingde Xue, Jian Wu, Shiyu Li

‐ 22 ‐

Tsinghua University, China


TECHNICALSESSIONXI:engineeringfailureanalysis //JiangbinRoom

Session chair: Weiqiang Wang (Shandong University, China)

13:30—14:00 Keynote lectureFailure bending moment for pipes containing multiple circumferential flaws with complicated shape Yinsheng Li, Kisaburo Azuma, Kunio Hasegawa Japan Atomic Energy Agency, Japan

14:00—14:20 The Fatigue and Fracture Analysis of Steam Turbine Rotor Shafts Containing Defects Shang Wang, Weiqiang Wang, Mingda Song, Hao Zhang Shandong University, China

14:20—14:40 Effects of Annealing Temperatures on Copper Protrusion of Through-Silicon Via in the 3-D Integrated Circuit Ming Song, Zhiquan Wei, Li Chen, Wenhcun Jiang, Jerzy A Szpunar China University of Petroleum (East China), China; Institute of Mechanics, Chinese Academy of Sciences; University of Electronic Science and Technology of China, China; University of Saskatchewan, Canada

14:40—15:00 Analysis on Bursting of Rupture Disc Made by Inconel 600 Alloy Jianqun Tang, Luyang Geng, Jianming Gong Nanjing Tech University, China


TECHNICALSESSIONXII:fatigueassessment //XinchengRoom

Session chair: Zengliang Gao (Zhejiang University of Technology, China)

13:30—14:00 Keynote lectureFatigue assessment in BS 7910: background, current status and future development Yan‐Hui Zhang TWI Limited, UK

14:00—14:20 Effects of building orientation on Fatigue behavior of Ti-6Al-4V Alloy produced by Selective Laser Melting R.D. Xu, H.C. Yu AECC Beijing Institute of Aeronautical Materials, China

‐ 23 ‐

14:20—14:40 A Novel Fatigue Evaluation Approach with Direct Steady Cycle Analysis (DSCA) Based on the Linear Matching Method (LMM) Xiaotao Zheng, Zhiyuan Ma, Haofeng Chen, Jun Shen Wuhan Institute of Technology, China

14:40—15:00 Dynamic strain aging behavior during the low-cycle fatigue of an advanced heat resistant Fe-Cr-Ni alloy Haizhou Li, Hongyang Jing, Lianyong Xu Tianjin University, China


TECHNICALSESSIONXIII:chemical‐mechanicalinteraction

//JiangtianRoom

Session chair: Jie Zhao (Dalian University of Technology, China)

15:30—15:50 Study on Stress Corrosion Cracking Sensitivity of CrNiMoV Steam Turbine Rotor Steels Shuxian Lin, Yuhui Huang, Fu‐zhen Xuan, Shan‐tung Tu East China University of Science and Technology, China

15:50—16:10 The Effect of surface self-nanocrystallization on low-temperature gas carburization for AISI 316L steel Zhe Liu, Yawei Peng, Chaoming Chen, Jianming Gong Nanjing Tech University, China

16:10—16:30 A Chloride Induced Stress Corrosion Cracking Test Method using Compact Tension Specimen Jae-Yoon Jeong, Myeong‐Woo Lee, Yun‐Jae Kim, Poh‐Sang Lam, Robert L. Sindelar Korea University, Korea; Savannah River National Laboratory, USA

16:30—16:50 Research on the Micro-mechanical State at Tip of Environmentally Assisted Cracking Based on Latin Hypercube Sampling Method Kuan Zhao, He Xue, Lingyan Zhao Xi'an University of Science and Technology, China

16:50—17:10 Numerical investigation on the performance of PEM fuel cell with the maze flow field bipolar plates Yankang Wang, Jinzhu Tan, Jingyu Zhu, Xiang Shen Nanjing Tech University, China

17:10—18:00 Poster is on 18:00— Buffet for Dinner

‐ 24 ‐

TECHNICALSESSIONXIV:fatigueundercomplexloads //JiangheRoom

Session chair: Sean Leen (NUI Galway, Ireland)

15:30—15:50 Fatigue Life Properties of Stainless SteelsShunsuke Saito, Fumio Ogawa, Takamoto Itoh Ritsumeikan University, Japan

15:50—16:10 Finite Element Analyses of Crack Tip Behaviors under Dwell Fatigue Loading Condition for Commercial Pure Titanium Jian Li, Chang‐Yu Zhou, Xiao‐Hua He Nanjing Tech University, China

16:10—16:30 Energy field intensity approach for notch fatigue analysis using critical distance concept Ding Liao, Shun-Peng Zhu University of Electronic Science and Technology of China, China

16:30—16:50 Investigation of low-cycle fatigue behavior in an aluminizing stainless steel Wei Li, Lu Zuo, Jian Chen, Dongliang Xu, Jianjun He, Cong Li, Zhuoyin Peng, Yanjie Ren Changsha University of Science and Technology, China

16:50—17:10 Fatigue Crack Propagation Behaviors of Proton Exchange Membrane under Uniaxial and Biaxial Loading Conditions Shouwen Shi, Qiang Lin, Gang Chen, Xu Chen Tianjin University, China


TECHNICALSESSIONXV:Materialstesting/damagemonitoring

//JiangbinRoom

Session chair: Jianping Zhao (Nanjing Tech University, China)

15:30—15:50 Demonstrating Structural Integrity under Challenging Load and Material Conditions Ramesh Chandwani, Christopher Timbrell, Chunlei Ma Zentech International Ltd., UK

15:50—16:10 Experimental study on fatigue lives of welding joints in coke drum structure Zihui Xia, Jie Chen University of Alberta, Canada

16:10—16:30 Recent developments in small punch testing: interlaboratory tests and standardization

‐ 25 ‐

Ondrej Bursik, Radim Kopriva, Petra Petelova, Barbora Maresova UJV Rez, Czech Republic

16:30—16:50 Comparison of Tensile Properties of 1.25Cr-0.5Mo Steel Characterized by Miniature Specimen and Standard Specimen Bin Yang, Wen‐Chun Jiang China University of Petroleum (East China), China

16:50—17:10 Real-time monitoring of bolt clamping force at high temperatures using metal-packaged regenerated fiber Bragg grating sensors Yun Tu, Yong‐Kuo Huang, Shan‐Tung Tu East China University of Science and Technology, China


TECHNICALSESSIONXVI:fracturetoughnessmeasurement

//XinchengRoom

Session chair: Lixun Cai (Southwest Jiaotong University, China)

15:30—15:50 A novel method to predict the mechanical properties of DP600 Yunqiang Peng, Lixun Cai Southwest Jiaotong University, China

15:50—16:10 Determination of material fracture toughness by circular pre-cracked small punch test specimens Wulin Wang, Kaishu Guan East China University of Science and Technology, China

16:10—16:30 Investigation of mechanical properties and ductile-brittle transition behaviors of SA738Gr.B steel used as reactor containment Yalin Zhang, Hu Hui East China University of Science and Technology, China

16:30—16:50 J-Resistance curve testing using modified normalization method for SENT specimens Zheng Liu, Xin Wang, Xu Chen Tianjin University, China

16:50—17:10 High-ductile fracture of a low-yield-strength steel with a part-through curve Peishi Yu, Jiangwang Sun, Chaofeng Zhang, Junhua Zhao Jiangnan University, China


‐ 26 ‐


TECHNICALSESSIONXVII:welds //JiangheRoom

Session chair: Yan-Hui Zhang (TWI Limited, Cambridge, UK)

08:30—08:50 Microstructure and Mechanical Characterization of Laser Welded 6013 Aluminum Alloys Overlap Joint Jiaxing Gu, Shanglei Yang, Yuan Wang, Chenfeng Duan, Qi Xiong Shanghai University of Engineering Science, China

08:50—09:10 Approximate J Estimates for Spent Fuel Canisters under Combined Mechanical and Welding Residual Stresses Hyun-Jae Lee, Soo‐Bin Kim, Sang‐Seop Jeong, Yun‐Jae Kim, Poh‐Sang Lam, Robert L. Sindelar Korea University, Korea; Savannah River National Laboratory, USA

09:10—09:30 Experimental study on peeling properties of T type brazing joint Pengyang Duan, Dongxing Wang, Guoyan Zhou, Shantung Tu East China University of Science and Technology, China

09:30—09:50 Modeling of hydrogen diffusion in duplex stainless steel based on microstructure using ABAQUS Ping Tao, Jianming Gong, Yan‐fei Wang, Wei‐wei Cen Nanjing Tech University, China


TECHNICALSESSIONXVIII:agingmanagement //JiangbinRoom

Session chair: Changyu Zhou (Nanjing Tech University, China)

08:30—08:50 Evolution of impact properties of 16MND5 forgings for nuclear reactor pressure vessel during thermal aging at 500C Ruisi Xing, Xu Chen, Dunji Yu Tianjin University, China

08:50—09:10 The precipitation behavior and mechanical properties of long term serviced HR3C/T92 dissimilar joint Yue Guan, Tieshan Cao, Congqian Cheng, Jie Zhao Dalian University of Technology, China

09:10—09:30 Microstructural characterization and property evaluation of service exposed reformer tubes Zhiyuan Han, Caifu Li, Baipeng Huang, Guohao Sun, Guoshan Xie, Luowei

Nov 05, 2018

‐ 27 ‐

Cao China Special Equipment Inspection and Research Institute, China

09:30—09:50 Damage assessment of hydrogen reformer furnace tubes in service exposure after local repairment Chengming Fuyang, Jianming Gong, Rui Zhu Nanjing Tech University, China


TECHNICALSESSIONXIX:fracturemodeling //XinchengRoom

Session chair: Tasnim Hassan (North Carolina State University, USA)

08:30—08:50 Modelling of hysteresis behavior of ceramic matrix composites Xuefeng Teng, Duoqi Shi, Xiaoguang Yang Beihang University, China

08:50—09:10 Effect of ratcheting strain on mechanical properties of additive manufactured 4043 aluminum alloy Yuan Wang, Shanglei Yang, Haobo Liu, Chaojie Xie Shanghai University of Engineering Science, China

09:10—09:30 Statistical evaluation of cleavage fracture behavior in ferritic steels based on a new local approach model Guian Qian, Zhishui Yu, Haichuan Shi, Weisheng Lei Institute of Mechanics, Chinese Academy of Sciences, China; Shanghai University of Engineering Science, China

09:30—09:50 Cyclic hardening/softening behavior of 316L steel at ambient and elevated temperature: Experimental and modeling Xuefang Xie, Wenchun Jiang, Tianjiao Wang China University of Petroleum (East China), China


CLOSINGCEREMONY //JiangtianRoom

10:20—11:00 BEST PAPER/POSTER AWARDING chaired by Prof Jianming Gong

CONFERENCE SUMMARY by Prof Shan-Tung Tu

‐ 28 ‐

A list of posters

1) (Beihang University) Guangfeng Hu, Zhenlei Li, Duoqi Shi, Xiaoguang Yang. Durability airworthiness

verification connotation analysis and compliance method investigation for turbine blade.

2) (Beihang University) Jishen Yang, Hongyu Qi, Xiaoguang Yang, Duoqi Shi. Progressive failure analysis of

an integral composite joint for thrust reverser cascade.

3) (Changzhou University) Kaishang Li, Jian Peng. Effect of pre‐strain on small punch creep test of 316L

stainless steel at 373K.

4) (China Special Equipment Inspection and Research Institute) Guangxing Gao, Shanshan Shao, Zhifeng Li.

Experimental study on high temperature creep damage of 1Cr5Mo steel based on magnetic parameters.

5) (China Special Equipment Inspection and Research Institute) Fa‐Kun Zhuang, Xiao‐Peng Li, Guo‐Shan Xie,

Jin Shi. Sealing performance evaluation for bolted flange joint with spiral wound gasket based on the bolt

force.

6) (China Special Equipment Inspection and Research Institute) Luowei Cao, Guoshan Xie, Minzhen Zhao.

Failure analysis of hot clamp induced cracking on hydrogen reformer outlet pigtail tubes.

7) (China Special Equipment Inspection and Research Institute) Bo Zhao, Yuxin Yu, Tianyu Zhou, Jing Guo,

Tong Xu. Evaluation for Properties of Anti‐corrosion Epoxy Coating after Photo‐oxidation Aging.

8) (China Special Equipment Inspection and Research Institute) Haitao Wang, Shili Li, Yanlong Luo, Junqiang

Wang, Haibing Zhang, Nan Lin. Research on Brittle Fracture of X70/X80 Line Pipes with Big Wall Thickness

at Low Temperature.

9) [China University of Petroleum (East China)] Weiya Zhang, Ming Lu, Chuanlong Wang, Yun Luo, Wenchun

Jiang, Fatigue Crack Simulation of the 316L Brazed Joint Using the Virtual Crack Closure Technique.

10) [China University of Petroleum (East China)] Yu Wang, Wenchun Jiang, Ming Song. Effect of the anode

structure on the redox stability of solid oxide fuel cell.

11) (East China University of Science and Technology) Kun Zhang, Jianping Tan, Shantung Tu. Rupture

Coefficient and Its Role in Ranking Size Multiaxial Sensitivity of Creep Crack Growth Rates.

12) (East China University of Science and Technology) Jianjun Chen, Shuai Liu, Zhenrong Yan, Qingdong Gu.

Study on Failure Behavior of T23 Water Wall Welded Joint in 1000MW Ultra‐Supercritical Unit. East China

University of Science and Technology.

13) (East China University of Science and Technology) Ming‐Liang Zhu, Long Jin, Fu‐Zhen Xuan. On Effectiveness of Shot Peening in Enhancement of High Cycle Fatigue Behavior, East China University of Science and Technology.

14) (East China University of Science and Technology) Shuangmiao Zhai, Shaojie Chen, Gangyi Hu, Chaofeng

Chen, Shaoping Zhou. Novel Method to Improve the Imaging Accuracy of Defect based on Zero‐signal

filling for the Plate.

15) (East China University of Science and Technology) Sining Fan, JIaming Zhang, Kaishu Guan, Guoyao Chen.

‐ 29 ‐

The method to obtain JR‐curve by continuous ball indentation method.

16) (East China University of Science and Technology) Hao Xu, Yun Tu, Ya‐Li Wang, Shan‐Tung Tu. Fatigue

behavior of metal‐packaged regenerated fiber Bragg grating strain sensors at high temperatures: A

preliminary study.

17) (Nanjing Tech University) Peng Zhang, Changyu Zhou, Yuanzhe Wang. Numerical Analysis of Buckling and

Critical Thickness of Plate with Penetrating Crack.

18) (Nanjing Tech University) Luyang Geng, Xiang Xu, Jianming Gong. Optimization on the parameters of

interstitial Oxygen diffusion surface strengthening for TC4 Titanium alloy.

19) (Nanjing Tech University) Ziwen Wang, Jianping Zhao. Low velocity impact responses of GLARE hybrid

laminates based on simplified finite element model.

20) (Nanjing Tech University) Ridong He, Zhiqiang Wang, Li Yin, Zenghui Liu, Jinzhu Tan. Effects of Curing

Temperature and Pressure on the Mechanical Properties of Gasket Material Used for Polymer Electrolyte

Membrane Fuel Cells.

21) (Nanjing Tech University) Tianhao Ma, Le Chang, Changyu Zhou. Low cycle fatigue behavior of CP‐Ti at

different temperatures.

22) (Nanjing Tech University) Cheng Miao, Fei Lv, Chang‐Yu Zhou, Xiao‐Hua He. Effect of orthotropic

mechanical property on the limit load of cylindrical shell under internal pressure.

23) (Northwestern Polytechnical University) Zhe Yuan, Shihui Huo, Jianting Ren. Effects of hydroforming

process on fatigue life of reinforced S‐shaped bellows.

24) (Shanghai Institute of Special Equipment Inspection and Technical Research) Jun Si, Jin‐sha Xu, Yu‐qing

Yang, Xiang Wen, Xiao‐ying Tang. The study of inspection and supervision for overage service pressure

vessels in petrochemical plants.

25) (The University of Huddersfield, UK) Qiang Xu, Joan Lu. On the development of the creep damage

constitutive equations: modelling the minimum creep strain rate and stress and creep fracture.

26) (Tianjin University) Lei Zhao, Lianyong Xu, Kamran Nikbin. Analyzing Failure Modes in Creep, Creep‐

Fatigue and Creep‐fatigue‐oxidation Crack Growth Using an Idealised Mesh Microstructure.

27) (Tianjin University) Bingbing Li, Xu Chen, Yiming Zheng. Thermomechanical Fatigue Behavior of Nuclear

Grade Nitrogen Alloyed Austenitic Stainless Steel X2CrNiMo18.12.

28) (Tianjin University) Caiming Liu, Dunji Yu, Xu Chen. Simulation implementation on the direction

prediction of crack propagation based on the first principal stress.

29) (Tianjin University) Bo Xiao, Lianyong Xu. Creep deformation and fracture mechanism of a novel

tempered martensite ferritic steel G115.

30) (Tianjin University) Yu Zhang, Hongyang Jing, Lianyong Xu, Yongdian Han, Lei Zhao. Reversal design and

multiscale precipitation behaviors during creep of a weld filler metal designed for Sanicro 25.

31) (Tsinghua University) Hui Peng, Yinghua Liu. Characterization of mismatch constraint effect for the central

crack plate under biaxial loading.

‐ 30 ‐

Author index

A

Kisaburo Azuma 22 B

Shiyi Bao 21Shi‐yi Bao 17Shi‐yi Bao 20Richard Barrett 19Richard Barrett 20Wieslaw K. Binienda 16John Bouchard 17James Boyle 18Ondrej Bursik 24Esteban Busso 9

C

Lixun Cai 25Zhenwei Cai 18Luowei Cao 26Luowei Cao 28Tieshan Cao 26Wei‐wei Cen 26Ramesh Chandwani 24Le Chang 29Chaofeng Chen 28Chaoming Chen 23Gang Chen 24Guoyao Chen 28Haofeng Chen 10Haofeng Chen 21Haofeng Chen 22Jian Chen 24Jianjun Chen 28Jie Chen 24Li Chen 22Mingya Chen 19Shaojie Chen 28Xu Chen 26Xu Chen 24Xu Chen 25Xu Chen 29Xu Chen 29Xuedong Chen 17

Xuedong Chen 18Yonggui Chen 21Zhilin Chen 19Congqian Cheng 26

D

Zhenyu Ding 18Junhua Dong 20Pingsha Dong 10Chenfeng Duan 26Pengyang Duan 26

E

Manabu Enoki 16 F

Sining Fan 28Zhichao Fan 17Zhichao Fan 18James J. Filliben 16Jeffrey T. Fong 16Ku Francis 19Stephen W. Freiman 16Chengming Fuyang 27

G

Bingjun Gao 20Guangxing Gao 28Renyue Ge 20Luyang Geng 22Luyang Geng 29Jae‐Min Gim 19Jianming Gong 26Jianming Gong 27Jianming Gong 20Jianming Gong 22Jianming Gong 23Jianming Gong 29Jiaxing Gu 26Qingdong Gu 28Kaishu Guan 25

‐ 31 ‐

Kaishu Guan 28Weihe Guan 18Yue Guan 26Jing Guo 28

H

Yongdian Han 21Yongdian Han 29Zhiyuan Han 26Xinyi Hao 18Kunio Hasegawa 22Tasnim Hassan 18Jianjun He 24Ridong He 29Xiao‐Hua He 24Xiao‐Hua He 29 N. Alan Heckert 16Hui Hong 18Youshi Hong 9Dianyin Hu 18Gangyi Hu 28Guangfeng Hu 28Yanqi Hu 16Zexun Hu 21Baipeng Huang 26Xingling Huang 21Yong‐Kuo Huang 25Yuhui Huang 23Hu Hui 25Shihui Huo 29

I

Nazrul Islam 18Hiroaki Ito 16Takamoto Itoh 23

J

Alan Jappy 21Jae‐Yoon Jeong 23Sang‐Seop Jeong 26Wenchun Jiang 17Wenchun Jiang 27Wenchun Jiang 20Wenchun Jiang 21Wenchun Jiang 28Wenchun Jiang 28Wen‐Chun Jiang 24Wenhcun Jiang 22

Long Jin 28Tae‐Eun Jin 19Hongyang Jing 18Hongyang Jing 21Hongyang Jing 23Hongyang Jing 29

K

Soo‐Bin Kim 26Yun‐Jae Kim 10Yun‐Jae Kim 19Yun‐Jae Kim 26Yun‐Jae Kim 23Masao Kinefuchi 16David Knowles 10Radim Kopriva 24

L

Poh‐Sang Lam 19Poh‐Sang Lam 26Poh‐Sang Lam 23Hyun‐Jae Lee 26Myeong‐Woo Lee 23Sean Leen 19Sean Leen 20Weisheng Lei 27Bingbing Li 29Caifu Li 26Cong Li 24Haizhou Li 23Jian Li 17Jian Li 24Jin Li 18Kai Li 17Kaishang Li 28Shili Li 28Shiyu Li 21Wei Li 24Xiao‐Peng Li 20Xiao‐Peng Li 28Yinsheng Li 22Zhenghong Li 16Zhenlei Li 28Zhifeng Li 28Ding Liao 24Nan Lin 28Qiang Lin 24Shuxian Lin 23Caiming Liu 29

‐ 32 ‐

Haobo Liu 27Lirong Liu 19Shuai Liu 28Yinghua Liu 21Yinghua Liu 29Yingzheng Liu 18Yun‐kai Liu 17Zenghui Liu 29Zhe Liu 23Zheng Liu 25Joan Lu 29Ming Lu 28Jiacheng Luo 17Jiacheng Luo 19Juan Luo 17Lijia Luo 21Yanlong Luo 28Yun Luo 20Yun Luo 28Fei Lv 29

M

Chunlei Ma 24Tianhao Ma 29Zhiyuan Ma 22Donald Mackenzie 21Jian‐feng Mao 17Jian‐feng Mao 20Barbora Maresova 24Cheng Miao 29Naoki Miura 16

N

Alan Needleman 9Kamran Nikbin 10Kamran Nikbin 29

O

Padraic O'DOnoghue 19Fumio Ogawa 23Kenji Oyamada 16

P

Hui Peng 29Jian Peng 28Yawei Peng 23

Yunqiang Peng 25Zhuoyin Peng 24Petra Petelova 24

Q

Hongyu Qi 28Guian Qian 27Hongwei Qiao 19

R

Jianting Ren 29Yanjie Ren 24

S

Shunsuke Saito 23Masao Sakane 9Shanshan Shao 28Jun Shen 22Xiang Shen 23Duoqi Shi 27Duoqi Shi 28Duoqi Shi 28Haichuan Shi 27Jin Shi 20Jin Shi 28Jinhua Shi 19Jinhua Shi 21Shouwen Shi 24Kazuki Shibanuma 16Valery Shlyannikov 10Jun Si 29Robert L. Sindelar 19Robert L. Sindelar 26Robert L. Sindelar 23Ming Song 22Ming Song 28Mingda Song 22Ruihan Song 17Guohao Sun 26Jiangwang Sun 25Katsuyuki Suzuki 16Jerzy A. Szpunar 22

T

Jianping Tan 28Jinzhu Tan 23

‐ 33 ‐

Jinzhu Tan 29Jianqun Tang 22Peng Tang 19Xiao‐ying Tang 29Zhengxin Tang 18Ping Tao 26Xuefeng Teng 27Ning Tian 19Sugui Tian 19Sugui Tian 20Christopher Timbrell 24Shantung Tu 26Shantung Tu 28Shan‐Tung Tu 25Shan‐Tung Tu 20Shan‐tung Tu 23Shan‐Tung Tu 29Yun Tu 25Yun Tu 29

W

Yu Wan 17Bing Wang 18Chuanlong Wang 28Dongxing Wang 26Haitao Wang 28Junqiang Wang 28Rongqiao Wang 18Shang Wang 22Shuai Wang 17Tianjiao Wang 27Ting Wang 17Weiqiang Wang 22Weizhe Wang 18Wulin Wang 25Xin Wang 25Xiyuan Wang 18Ya‐Li Wang 29Yan‐fei Wang 26Yankang Wang 23Yu Wang 28Yuan Wang 26Yuan Wang 27Yuanzhe Wang 29Zhanyu Wang 17Zhenyu Wang 21Zhiqiang Wang 29Ziwen Wang 29Zhiquan Wei 22Xiang Wen 29Wanchuck Woo 17

Jian Wu 21Xue‐Ren Wu 16

X

Zihui Xia 24Bo Xiao 29Chaojie Xie 27Guoshan Xie 26Guoshan Xie 28Guo‐Shan Xie 20Guo‐Shan Xie 28Xuefang Xie 27Ruisi Xing 26Qi Xiong 26Dongliang Xu 24Hao Xu 29Jin‐sha Xu 29Lianyong Xu 18Lianyong Xu 21Lianyong Xu 23Lianyong Xu 29Lianyong Xu 29Lianyong Xu 29Ming Xu 18Qiang Xu 29R.D. Xu 22Tong Xu 28Wu Xu 16Xiang Xu 29Fu‐zhen Xuan 23Fu‐Zhen Xuan 28Fei Xue 19He Xue 17He Xue 23Jilin Xue 17Mingde Xue 21

Y

Huajin Yan 20Zhenrong Yan 28Bin Yang 24Jishen Yang 28Shanglei Yang 26Shanglei Yang 27Xiaoguang Yang 27Xiaoguang Yang 28Xiaoguang Yang 28Xinyu Yang 20Yu‐qing Yang 29

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Li Yin 29Dunji Yu 26Dunji Yu 29H.C. Yu 22Peishi Yu 25Qin Yu 18Weiwei Yu 19Yangtian Yu 19Yin Yu 16Yuxin Yu 28Zhishui Yu 27Zhe Yuan 29

Z

Shuangmiao Zhai 28Chaofeng Zhang 25Haibing Zhang 28Hao Zhang 22JIaming Zhang 28Jianguo Zhang 20Kun Zhang 28Peng Zhang 29Qian Zhang 21Shunke Zhang 19Shunke Zhang 20Weiya Zhang 28Yalin Zhang 25Yan‐Hui Zhang 22Yanting Zhang 21Yu Zhang 29Bo Zhao 28Guoqi Zhao 19Guoqi Zhao 20Jianping Zhao 17Jianping Zhao 21Jianping Zhao 29Jie Zhao 26Junhua Zhao 25Kuan Zhao 17Kuan Zhao 23Lei Zhao 21Lei Zhao 29Lei Zhao 29Lingyan Zhao 23Minzhen Zhao 28Xiaoxin Zhao 21Xiaotao Zheng 22Yiming Zheng 29Changyu Zhou 18Changyu Zhou 29Changyu Zhou 29

Chang‐Yu Zhou 24Chang‐Yu Zhou 29Guoyan Zhou 26Shaoping Zhou 28Tianyu Zhou 28Yu Zhou 17Jingyu Zhu 23Ming‐Liang Zhu 28Rui Zhu 27Shun‐Peng Zhu 24Fa‐Kun Zhuang 20Fa‐Kun Zhuang 28Lu Zuo 24

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General Information Conference information

The information center of the conference is located at the main lobby of the Jinling Riverside Hotel. Participants can obtain all useful information that is associated with the conference, such as the time arrangement of the oral presentations and internet connection. Advice will also be given to people who are interested in local short‐range traveling, transportation and weather. Participants of the conference who have questions can contact staff and volunteers for help and advice. The local organizers who stay there during the conference have their temporary rooms of 220 and 222.

Internet connection

During the conference, internet is accessible via Wi‐Fi (Jinling). Delegates of the conference can connect to the free Wi‐Fi service provided by the hotel in meeting rooms and public areas.

Poster exhibitions

Posters are located close to Yangzijiang A Room, and near Coffee Break places where all participants can share views during refreshments.

Local transportation

The closest subway station to the conference venue is the Olympic Sports Center Station, where you can take line 10 and then take exchanges to city center and other places of interest. Here we provide the route from conference venue to airport/railway stations.

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Conference Room Information

SCHEMATIC OF CONFERENCE ROOMS First floor

Hotel main entrance

East entrance

Parking space

Hotel lobby

Parking space for buses

Jiangchuan Room

Jiangnan Room

Jiangbin Room

Jiang

he

Room

Conferen

ce cen

ter

Jiangtao room

lift

kitchen

Mudan roomBaihe room

Shuixian room Zhuyuan room Toilet

Jinling room

Guest rooms

Toilet

Lift

VIP building, lobby

Hotel Reception

Business center

Lu yuan Business center

Hotel garden

Pool

Sightseeing lift

Buffet canteen

Garden gallery Garden gallery

Jiang

hai

RoomXinche

ng

Room

Conferen

ce

Registratio

n

All conference

rooms are located

in the Conference

Building of the

hotel, including:

(1) 2nd floor,

Yangzijiang A

Room.

(2) 1st floor,

Jianghe Room.

(3) 1st floor,

Jiangbin Room.

(4) 1st floor,

Xincheng Room.

(5) 2nd floor,

Jiangtian Room

Schedule of ISSI2018 Day Time EventNov 02 10:00—22:00 RegistrationNov 03 08:30—08:50 Conference opening

08:50—11:45 Plenary lectures11:50— Lunch14:00—18:00 Plenary lectures18:30—20:30 Conference dinner

Nov 04 08:30—12:00 Technical sessions12:00— Lunch13:30—17:10 Technical sessions18:00— Buffet for dinner

Nov 05 08:30—09:50 Technical sessions10:20—11:00 Closing ceremonyAfternoon Technical visiting (some participants only)

End

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