18th
International Conference on
Structural Mechanics
in Reactor Technology
| 18th
International Conference on |
|
DIVISION F: DESIGN METHODS AND RULES FOR COMPONENTS
Constitutive
Modeling and Ratcheting of Materials I
| F01-1 | Identification
of Constitutive Laws by Inverse Method Based on EBSD, Microextensometry and Finite
Elements Simulations. Application to Zirconium Grade 702 Marie Dexet, Jérôme Crepin, Lionel Gelebart, André Zaoui |
| F01-2 | Experiment
Research on Ratcheting of Pressurized Pipe Subjected Reversed Bending Bingjun Gao, Xu Chen, Gang Chen |
| F01-3 | Multiaxial
Ratcheting of 1Cr18Ni9Ti Stainless Steel Xu Chen, Xin Li, Rong Jiao |
| F01-4 | A
Unified Time Dependent Model for Low Cycle Fatigue and Ratcheting Failure Based
on Microcrack Growth Xianjie Yang |
| F01-5 | Uniaxial
Ratcheting of SS316L Stainless Steel at High Temperature: Experiments and Simulations Guozheng Kang, Qing Gao |
| F01-8 | Neutron
Irradiation Embrittlement Modeling in RPV Steels - an Overview M.F. Hashmi, S.J. Wu, H.X. Li |
| F01-9 | Application
of a Unified Fatigue Modelling to Some Thermomechanical Fatigue Problems K. Dang Van, H. Maitournam, Z. Moumni |
Constitutive
Modeling and Ratcheting of Materials II
| F02-1 | Elastic
Core Concept in Shakedown Analysis Janek Porowski, Tom O'Donnell |
| F02-2 | Application
of Nano-Indentation Technique to Evaluate Mechanical Properties of Irradiated
Materials Y. S. Choo, Kee Nam Choo, D.S. Kim, B.G. Kim, Y. Choi |
| F02-3 | Statues
of the Study on the Irradiated Materials by a Special Capsule in HANARO Young-Hwan Kang, Bong-Goo Kim, Man-Soon Cho, Yong Choi |
| F02-5 | Design
Criteria for Ratcheting Fatigue of 316FR Steel under Fast Reactor Conditions Nobuhiro Isobe, Masayuki Sukekawa, Yasunari Nakayama, Tomomi Ohtani, Shingo Date, Yukio Takahashi, Naoto Kasahara, Kyotada Nakamura, Hiroshi Shibamoto, Hideaki Nagashima, Kazuhiko Inoue |
| F02-6 | Comparisons
of Ratchetting Analysis Methods Using RCC-M, RCC-MR and ASME Codes Yu Yang, M.T. Cabrillat |
| F02-7 | Microstructure
Development and Corrosion Behavior of Copper-Silver Nano-Filamentary Composites Yong Choi, M.Y. Choi, J.H. Song, S.H. Shin |
Fatigue
and Creep Interaction of Materials
| F03-1 | Experimental
Verification of Different Parameters Influencing the Fatigue S/N-Curve Eberhard Roos, Karl Maile, Karl-Heinz Herter, Xaver Schuler |
| F03-2 | A
Probabilistic Assessment on the Random S-N Relations and the ASME Design S-N Curves
of 0Cr18Ni10Ti Piping Steel Yongxiang Zhao, Bing Yang |
| F03-3 | The
Entire Mean Stress Relaxation of 0Cr18Ni10Ti Piping Steel Bing Yang, Yongxiang Zhao |
| F03-5 | On
the Creep Crack Growth Behaviour of Inconel 718 Antonietta Lo Conte |
| F03-6 | Mechanical
Aspects Concerning Thermal Fatigue Initiation in the Mixing Zones of Piping J.M. Stephan, F. Curtit |
International
Codes and Standards I
| F04-1 | Design
Principles and Overall Aspects to Proof the Integrity of Pressurized Components Eberhard Roos, Karl-Heinz Herter, Xaver Schuler |
| F04-2 | Recent
Developments for Fast Reactor Structural Design Standard (FDS) Naoto Kasahara, Kyotada Nakamura, Masaki Morishita, Hiroshi Shibamoto, Hideaki Nagashima, Kazuhiko Inoue |
| F04-3 | EPR
Codes and Standards for Pressure Equipments Claude Faidy |
| F04-4 | Advances
in the R5 and R6 Defect Assessment Procedures Robert Anthony Ainsworth |
| F04-6 | J
Simplified Assessment for Cracked Pipes and Elbows in the RSE-M Code Patrick LE Delliou, Jean-Philippe Sermage, Philippe Gilles, Stéphane Marie, Yann Kayser, Bruno Barthelet |
| F04-7 | Formation
of Stress/Strain Cycles for Analytical Assessment of Fatigue Crack Initiation
and Growth Alexander V. Tashkinov |
International
Codes and Standards II
| F05-2 | Comparison
of "VERLIFE" and Russian Methodologies for Reactor Pressure Vessel Integrity
Assessment Vladislav Pistora, Ales Kacor |
| F05-3 | Proper
Understanding of Relevant Articles in RCC-M and Pane G-7-002 Zaozhan Sun |
| F05-5 | A
View on the Ways Design of Reliability Criteria in Structural Mechanics Miroslav Kopecky |
| F05-6 | Review
of Stress Analysis Results According to Decoupling Criteria Change and Suggestion
of Alternative Solution Joong-Kyo Shin, Kyoung-Mo Yang |
Design
of Piping, Vessels, and Components I
Design
of Piping, Vessels, and Components II
| F07-1 | Thermo-Mechanical
Design of a Photoneutron Source for Time-of-Flight Experiments Eberhard Altstadt, Carsten Beckert, Vladimir Galindo, Baerbel Naumann, Frank-Peter Weiss |
| F07-2 | Development
of Computational Methods of Design by Analysis for Pressure Vessel Components Shiyi Bao, Yu Zhou, Shuyan He, Honglin Wu |
| F07-3 | A
Simplified Technique for Shakedown Load Determination Hany F. Abdalla, Maher Y. A. Younan, Mohammed M. Megahed |
| F07-4 | Application
of FEM Analysis Methods to a Cylinder-Cylinder Intersection Structure Liping Xue, G.E.O. Widera, Zhifu Sang |
Design
of Piping, Vessels, and Components III
| F08-1 | Design
Rules for the O Ring Seal in Nuclear Reactors Xuanyu Sheng, Suyuan Yu, Dan Zhou, Honglin Wu |
| F08-2 | Limit
Load Analysis of Bolted Flange Connections Jürgen Deininger, Robert Kauer |
| F08-3 | Design
on the Recuperator Used in Power Conversion Unit with the Direct Helium-Turbine
Cycle of HTR-10 Xinxin Wu, Qingliao Yin, Jisheng Wang |
| F08-4 | High-Temperature
Strength and Inelastic Behavior of Plate-Fin Structure for HTGR Fumiko Kawashima, Toshihide Igari, Yasuyuki Miyoshi, Masanori Tanihira |
| F08-5 | A
Discussion of Application Possibility of LBB Methodology for PWR High Energy Piping
Lines other than Main Coolant Pipe inside Containment Bingbing Liang, Wendao Gao |
| F08-6 | Design
Verification for Reactor Head Replacement Keshab K. Dwivedy, Melvin S. Whitt, Robert Lee |