| G01/1 |
Assessment of Cracked Components
Subjected to High Thermal Stress
Weilin Zang
|
| G01/2 |
Probabilistic Fracture Mechanics
Analysis for Pipe Considering Dispersion of Seismic Loading
Hideo Machida
|
| G01/3 |
Stress Analysis of a Nuclear
Power Plant LP Turbine Rotor Disc Using Finite Element Method
Choon-Yeol Lee, Young-Suk Chai, Jae-Do Kwon, Sang-Tae Kim and Ki-Sang
Jang
|
| G01/4 |
Coupled Thermo-Hydraulic and
Elastic-Plastic Analyses of a Cracked Inclined Nozzle
Ph. Gilles, C. Bois, A. Woaye Hune and G. Bezdikian
|
| G01/5 |
Object-Oriented Probabilistic
Finite Element Analysis and its Applications
Jin-Oh Jeong, Chan Cook Park and Uk Youn Cho
|
| G02/1 |
Development of Hardware-in-the-Loop
Simulator for Piping Integrity Evaluation
K J. Kim, J. B. Choi, N S. Huh, C. K Nam and C. R. Pyo
|
| G02/2 |
Tearing Initiation and Crack
Instability Assessments for an Aged Duplex Stainless Steel Pipe under
Pressure Loading
B. Michel, C. Poette, M.T. Cabrillat and P. Ledelliou
|
| G02/3 |
A User-friendly System for
Evaluation of Three-Dimensional Stress Intensity Factors
Shinobu Yoshimura, Hideki Kawate, Yoshitaka Wada and Genki Yagawa
|
| G02/4 |
Comparative Analysis of Defect
Assessment Methods Using Fracture Toughness from Small Charpy- V Specimens
Eduardo P. Asta, Francisco A. Cambiasso and Juan J. Balderrama
|
| G02/5 |
The Fracture Behaviour of the Cast Steel and
Its Prediction Using the Local Approach
Valdislav Kozak, Ivo Dlouhy and Miroslav Holzmann
|
| G02/6 |
BIMET: Structural Integrity
of Bi-Metallic Components Program Overview
C. Faidy
|
| G03/1 |
A Comparison between Japanese
and French A16 Assessment Procedures for Fatigue Crack Growth
Takashi Wakai, Christophe Poussard and Bernard Drubay
|
| G03/2 |
Creep-Fatigue Initiation of
a Weldment Joint Singularity in 316L Stainless Steel under Mixed Mode
Loading 1 and II
B. Michel, S. Albaladejo, C. Poette, M.T. Cabrillat and B. Martelet
|
| G03/3 |
A Comparison between Japanese
and French A16 Defect Assessment Procedures for Creep-Fatigue Crack Growth
Christophe Poussard, Takashi Wakai and Bernard Drubay
|
| G03/4 |
Behaviors of Fatigue Crack
Initiation and Propagation for Type 316NG Stainless Steel under Multiaxial
States of Stress
Satoshi Kanno and Makoto Hayashi
|
| G03/5 |
Fatigue Crack Propagation and
Fatigue Life Prediction under the Mixed Mode Loading
Ouk Sub Lee and Jin Koo Lee
|
| G04/1 |
Fatigue Crack Growth of Semi-El!iptical
Defects in Welded Austenitic Stainless Steel Plates under Bending Loads
Bernard Drubay, Lucien Laiarinandrasana, Pierre Cambefort and Franccois
Curtit
|
| G04/2 |
Implementation of Thermo-Viscoplastic
Constitutive Equations into the Finite Element Code
Samson Youn, Soon-Bok Lee, Hyeong-Yeon Lee, Jong-Bum Kim and Bong
Yoo
|
| G04/3 |
Development of Flaw Evaluation
Guideline for FBR Components
Naoki Miura, Yasunari Nakayama and Yukio Takahashi
|
| G04/4 |
The Effect of the Long Term
Aging on the Creep Rupture Behavior in Type 316 Stainless Steel
Byeong Soo Lim and Ji Woo Im
|
| G04/5 |
Surface Crack Growth in Reactor
Header Tee under Cyclic Pressure
D. S. Chawla, S. R. Bhate, K. K. Vaze and H. S. Kushwaha
|
| G04/6 |
Load History Consideration
in Regulatory Assessments of Fatigue Crack Growth
Alexadr Vasilyevich Tashkinov
|
| G05/1 |
Effect of Cladding on Stress
Intensity Factors in Reactor Pressure Vessel
Y.J. Kim, J.B. Choi, J.S. Kim, S.N. Choi and K.S. Jang
|
| G05/2 |
Finite
Element Calculation of Stress Intensity Factors for Inlet and Outlet Nozzle
Corner Flaws of Pressure Vessel
Choon-Yeol Lee, Il-Sup Chung, Young-Suk Chai, Jae-Do Kwon and Yong-Son
Lee |
|
G05/3
|
Analysis of the Behaviour of
an Under-Clad Crack at the Nozzle Corner of a PWR-Pressure-Vessel
S. Bhandari, J. Vagner, D. Guichard and C. Faidy
|
| G05/4 |
Modelling of Thennaland Flow
Stratification for Reactor Pressure Vessel Pressurised Thennal Shock
H.G. Lele, S.K. Gupta, H.S. Kushwaha and V. Venkat Raj
|
| G05/5 |
Modelling for Ductile-to-Brittle
Transition under Ductile Tearing for Reactor Pressure Vessel Steels
Boris Margolin and Viktor Kostylev
|
| G05/6 |
Activities of the OECD Nuclear
Energy Agency in the Area of RPV PTS Fracture Mechanics
Alex G. Miller, Jurgen Sievers and Richard Bass
|
| G06/l |
Modeling the Early Development
of Secondary Side Stress Corrosion Cracks in Steam Generator Tubes Using
Incomplete Random Tessellation
Leon Cizelj and Heinz Riesch-Oppermann
|
| G06/2 |
Integrity Evaluation of Pressurizer
Safety/Relief Nozzle Corner in PWR
Ki Sung Park, Chae Hong Jeon, Yoon Suk Kim, Seung Tae Kim and Warren
Bamford
|
| G06/3 |
A Study on Quantitative Assessment
of Crack Tip Constraint by 'Q'Parameter
T.V. Pavankumar, J. Chattopadhyay, B.K. Dutta and H.S. Kushwaha
|
| G06/4 |
Characterization of Elastic-Plastic
Cracks under High Temperature Gradients
H. Yuan, K. Reichlin and D. Kalkhof
|
| G06/5 |
An Energetic Approach to Simulate
2D Ductile Crack Growth
Stephane Marie and Stephane Chapuliot
|
| G07/l |
Plastic Collapse Behavior of Pipe
with Local Wall Thinning Subjected to Bending Moment
K. Ando, S.H. Ahn, M. Ishiwata and K. Hasegawa
|
| G07/2 |
Flaw
Evaluation of Japanese Carbon Steel Piping by Load
Koichi Kashima |
| G07/3 |
Plastic Collapse and LBB Behavior
of Statically Indeterminate Piping System under Static Load
Yeon-Sik Yoo, Hiroaki Shimano, Su-Hwan Ji and Kotoji Ando
|
| G07/4 |
Limit Load of Elbows under Combined
Internal Pressure and Bending Moment
J. Chattopadhyay, W. Venkatramana, B.K. Dutta and H.S. Kushwaha
|
| G07/5 |
Determination of Maximum Load
of TWC Straight Pipes: Comparative Study of Estimation Schemes
M. N Jha, V. Bhasin, K.K. Vaze and H.S. Kushwaha
|
| G08/1 |
Static and Dynamic J-R Fracture
Characteristics of Ferritic Steels for RCS Piping
Bong-Sang Lee, Ji-Hyun Yoon, Yong-Jun Oh, Il-Hiun Kuk and Jun-Hwa
Hong
|
| G08/2 |
A Parametric Study on the Fracture
Mechanics Analyses of Through-W: and Surface Cracked Pipe
Hyun-Su Kim, Yoon-Suk Chang and Tae-Eun Jin
|
| G08/3 |
Structural Integrity Assessment
of Pressure Tubes for Wolsung Unit I Based on Operational Experiences
Youn Won Park, Sung Sik Kang and BongSup Han
|
| G08/4 |
Assessment of Integrity of
Elbows in Piping of 5OO MWe PHWR: Using R-6 Method
Rohit Rastogi, Vivek Bhasin, K.K. Vaze and H.S. Kushwaha
|
| G08/5 |
A Simple Method for Estimating
Effective J-Integral in LBB Application to Nuclear Power Plant Piping
System
Jun-Seog Yang, Bum-Nyeon Kim, Chi-Yong Park, Young-Seob Park and
Ki-Suk Yoon
|
| G08/6 |
Probabilistic Fracture Analysis
of a Straight Pipe with Through-Wall Circumferential Crack Using R6 Method
Rohit Rastogi, Vivek Bhasin, K.K. Vaze, H.S. Kushwaha and Vikas
Chandra
|
| G09/1 |
Circumferential Fatigue Crack
Growth and Crack Opening Behavior in Pipes Subjected to Bending Moment
Yeon-Sik Yoo and Kotoji Ando
|
| G09/2 |
Development of Ceramic Humidity
Sensor for the Application of the Leak-Before-Break Concept
Na Young Lee, Il Soon Hwang, Chang Rock Song and Han Il Yoo
|
| G09/3 |
Leak Rate Through Slits and Cracks in Pipes
B. Ghosh, S.K. Bandyopadhyay, S.K. Gupta, H.S. Kushwaha and V.
Venkat Raj
|
| G09/4 |
Uncertainty of Two-Phase Critical
Mass Flux Calculation in Pipes and Slits
K.S. Chang, J.H. Lee and K.W. Seul
|
| G09/5 |
Welded Joints Corrosion and
Mechanical Strength of Piping for Light Water Reactors
Georgy Karzov, Boris Timofeev, Valentina Fedorova, Alexander Gorbakony
and Vadim Markov
|
| G10/1 |
Some Issues by Using the Master
Curve Concept
Hans-Werner Viehrig and Juergen Boehmert
|
| G10/2 |
Estimation of Fracture Toughness
in the Transition Region Using CVN Data
Seok Hun Kim, Youn Won Park, Jin Ho Lee and Sung Sik Kang
|
| G10/3 |
Probabilistic Distribution
of Structure Integrity Characteristics of Materials for Russian PWR Reactors
Boris Timofeev, Tatiana Chernaenko and Georgy Karzov
|
| G10/4 |
U.S. Nuclear Regulatory Commission's Review of the Impact of Inservice Inspection of BWR Reactor Pressure Vessel Welds on Vessel Failure
Keith Wichman, Barry Elliot and Clarence Carpenter
|
| G10/5 |
Dynamic Fracture Toughness
Test and Master Curve Method Analysis of IAEA JRQ Materials
K.K. Yoon and K. Hour
|
| G10/6 |
Fracture Toughness Prediction
in Probabilistic Statement Based on the New Local Fracture Criteria
Boris Margolin, Alexander Gulenko and Victoria Shvetsova
|
| G11/1 |
Fracture Toughness of Austenitic
Anticorrosive Cladding and Austenitic Welded Joints
Boris Timofeev, Alexander Blumin and Georgy Karzov
|
| G11/2 |
Fracture and Microstructural
Characterization of Type 347 Stainless Steels for Nuclear Primary Piping
Yong Jun Oh, Bong Sang Lee, Ji Hyun Yoon, June Soo Park and Jun
Hwa Hong
|
| G11/3 |
A Fracture Mechanical Behaviour
of Aged 15Cr-5Ni Stainless Steel
Kotoji Ando, Atsushi Fuseya, Motoji Tubota and Mincheol Chu
|
| G11/4 |
Investigation of the Influence
of Loading Biaxiality on Fracture Toughness of Pressure Vessel Steels
Viktor Kostylev and Boris Margolin
|
| G11/5 |
Fracture Toughness of Low Alloyed
Steels and Their Welds Determined on Various Criteria and Correction of
Normative Approach to Brittle Strength Assessment for Reactor Pressure
Vessels
Georgy Karzov, Boris Timofeev, Vladislav Anikovsky and Alexander
Blumin
|
| G11/6 |
Fracture
Mechanics Based Assessment of Bimaterial Joints with Interface Cracks
Hyungyil Lee
|
| G12/1 |
Fracture
Mechanics Concepts for Evaluation of Irradiated Reactor Pressure Vessel
Material Behavior
K. Kussmaul, J. Fohl and H. Beyer |
| G12/2 |
A Study on the Decrease Phenomenon
of Fracture Resistance Value under Reversed Cyclic Loading
Chang-Sung Seok, Byoung-Gon Yoon and K. Linga Murty
|
| G12/3 |
Evaluation of the Fracture
Toughness KIC in the Transition Region for Turbine Rotors by Using Charpy
Impact Specimen
Jin-Ik Suk and Kook-Chul Kim
|
| G12/4 |
Estimation of Fracture Mechanical
Toughness Through Small Specimen Testing Techniques
Jang-Bog Ju, Baik-Woo Lee, Bong Sang Lee, Jun Hwa Hong and Dongil
Kwon
|
| G12/5 |
Effects of Specimen Thickness
and Microstructure on Near-Threshold Fatigue Crack Propagation in Ferritic
Steels
Eung Seon Kim and In Sup Kim
|
