| G01/1 |
Shallow-flaw fracture technology
development
W.E. Pennell, W.J. McAfee, J.W. Bryson and B.R. Bass
|
| G01/2 |
Application of revised fracture
toughness curves in pressure vessel integrity analysis
M.E. Mayfield, M.G. Vassilaros, E.M. Hackett, M.A. Mitchell, K.R.
Wichman, J.R. Strosnider and L.C. Shao
|
| G01/3 |
Effect of biaxial loading on
fracture toughness
M. Brumovsky, D. Lauerova and J. Palyza
|
| G01/4 |
Pressurized thermoshock tests
on model pressure vessels of VVER 440 RPV steel
H. Keinanen, H. Talja, R. Rintamaa, R. Ahlstrand, P. Nurkkala,
G.P. Karzov, B. Timofeev and A. Blumin
|
| G02/1 |
Pre-test results from the NESC
spinning cylinder project
J.B. Wintle, R. Hurst and B. Hemsworth
|
| G02/2 |
Benchmark studies on the treatment
of residual stresses in fracture assessments of pressure vessels
K.A. May, E. Keim, S. Bhandari and D. Guichard
|
| G02/3 |
Constraint effects on fracture
under primary and secondary loads
R.A. Ainsworth, A.D. Jackson, D.J. Sanderson, D.G. Hooton and A.H.
Sherry
|
| G02/4 |
Finite element analysis of
warm pre-stressing of pressure vessel steel
X. Liu and J. Sievers
|
| G02/5 |
Parametric
studies in the frame work of RPV integrity assessment
X. Liu and J. Sievers |
| G03/2 |
A new and simplified method
for estimating residual stress in welded structures with complicated shape
using inherent strain
M. Mochizuki, T. Hattori and M. Hayashi
|
| G03/3 |
Effect of internal pressure
on the tearing of a surface crack in a branch pipe submitted to out of
plane bending
S. Chapuliot and D. Moulin
|
| G03/4 |
Fracture assessment of reactor
outlet header of 500 MWe PHWR
V. Bhasin and H.S. Kushwaha
|
| G03/5 |
Modelling of surface cracks
in piping tee junction
D.S. Chawla, S.R. Bhate and H.S. Kushwaha
|
| G04/1 |
Fatigue crack growth and penetration
behavior in pipe subject to bending load
S.H. Ahn, A. Hidaka and K. Ando
|
| G04/2 |
Crack shape changes with fatigue
crack growth of carbon steels in high temperature water
Y. Asada, K. ANdo, S. Kanno, Y. Urabe, M. Kikuchi and J. Sanoh
|
| G04/3 |
Evaluation of J on a pipe subjected
to mechanical and thermal loading
M.H. Papin, B. Drubay, S. Ignaccolo, B. Michel and Ph. Gilles
|
| G04/4 |
Elastic plastic fracture analysis
of elliptical circumferential surface flaws in cylinders under pressure
and bending
B. Barthelet and M.P. Valeta
|
| G04/5 |
Evaluation of crack growth
behavior for through-wall-cracked pipe subjected to cyclic loading with
large-scale yielding - Consideration of intermediate stress ratio
N. Miura, K. Kashima, K. Miyazaki and S. Kanno
|
| G04/6 |
Toughness trends under dynamic
and cyclic loading on nuclear steels
D. Rudland and G.M. Wilkowski
|
| G05/2 |
The
new elastic plastic stress state method for calculating J integral
J. Heliot and M. Benoit |
|
G05/3
|
FEM analysis of longitudinally
cracked pipes and elbows
C. Malekian, R. Gerard and O. Meessen
|
| G05/4 |
Numerical and simplified analyses
of large scale ductile tearing tests on cracked elbows
Ph. Gilles, C. Bois and P. Le Delliou
|
| G05/5 |
Fracture assessment of straight
pipes and elbows with through-wall cracks: using R-6 method
R. Rastogi, V. Bhasin and H.S. Kushwaha
|
| G05/6 |
Limit load analysis of straight
pipes and elbows with through wall cracks
J. Chattopadhyay, A. Bhattacharya, B.K. Dutta and H.S. Kushwaha
|
| G06/l |
Industrial 3D computation of
cracked elbows
B. Martelet, S. Ignaccolo and I. Eymard
|
| G06/2 |
Fracture reistance of cracked
duplex stainless steel elbows under bending with or without internal pressure
P. Semete, P. Le Delliou and S. Ignaccolo
|
| G06/3 |
Comparisons of experimental
and simplified method for instability on circumferentially cracked elbows
M.H. Papin, B. Drubay, M. Nedelec and H. Horowitz
|
| G06/4 |
Development of simplified analysis
procdure for cracks in elbows
G.M. Wilkowski, R. Mohan and T. Kilinski
|
| G06/5 |
Stress intensity factors for
elbows with axial surface crack at crown
N. Viswanatha, S.R. Bhate and H.S. Kushwaha
|
| G07/l |
Calculations of leak rates
through pipes and slits
K.S. Chang, I.K. Park, C.S. Lee and J.T. Choi
|
| G07/2 |
Importance
of pipe system interactions on leak rate and fracture behavior for LBB
N. Ghadiali, R.J. Olson, S. Rahman and G.M. Wilkowski |
| G07/3 |
LBB (Leak-Before-Break) evaluation
considering local and residual compliance of the cracked piping system
Y,J. Yu and Y.J. Kim
|
| G07/4 |
Framatome experience on leak
before break
Ch. Franco, Ph. Gilles and C. Ensel
|
| G07/5 |
Study in LBB evaluation of
main steam system piping in Tokai-II power station
N. Oritani, K. Sakata, K. Miyazaki, T. Tsuda and F. Eguchi
|
| G07/6 |
Universal fracture criterion
in the LBB concept
A. Ziliukas
|
| G08/1 |
Strategy for fracture assessment
of pipings in the ductile regime
E. Keim, G. Senski, R. Wellein and W. Kastner
|
| G08/2 |
Critical circumferential through
wall cracks in straight pipes under pressure and bending load regarding
the relaxation by the local rotation of the flawed section
G. Bartholome, E. Keim, G. Senski, R.H. Steinbuch and R. Wellein
|
| G08/3 |
Leak-before-break assessments
of pressurised components
J.K. Sharples, Ph. Gilles, R. Wellein, P. Buckthorpe and G. Little
|
| G08/4 |
Applicability
of leak-before-break concept to the pressure headers of RBMK nuclear power
plants
J.K. Sharples, C.C. France, S.E. Bougaenko, Yu Smirnov and A. Arjaev |
| G08/5 |
Development of modified piping
evaluation diagram for LBB application
Y.J. Kim, N.S. Huh, C.R. Pyo, S.D. Park and J.S. Yang
|
| G08/6 |
Reliability oriented LBB concept
for ASME Class 1 small diameter pipings
J. Zdarek and L. Pecinka
|
| G09/1 |
A new versatile materials irradiation
facility
D.W. Heatherly, M.T. Hurst, K.R. Thomas, G.E. Lucas, G.R. Odette
and P.A. Simpson
|
| G09/2 |
Fracture toughness evaluation
of a low upper-shelf weld metal from the Midland reactor using the Master
curve
D.E. McCabe, M.A. Sokolov and R.K. Nanstad
|
| G09/4 |
Response of neutron-irradiated
RPV steels to thermal annealing
S.K. Iskander, M.A. Sokolov and R.K. Nanstad
|
| G09/5 |
Experimental measurement of
the near-tip strain field in Zr-2.5 Nb pressure tube material
D.D. Himbeault and R.B. Ellis
|
| G09/6 |
Structural integrity analysis
on irradiated Zircaloy-4 tubes
E. Asta, F.A. Cambiasso and J.J. Balderrama
|
| G10/1 |
The AMES network and its reference
laboratory
L. Debarberis, U. von Estorff, G.L. Tjoa, M. de Vries and M. Horsten
|
| G10/2 |
Pre-test material characterisation
of the NESC spinning cylinder
R.H. Rintamaa, U. Von Estorff and J. Wintle
|
| G10/3 |
Plastic zones at fatigue crack
tips and notch tips
K. Taniuchi
|
| G10/4 |
Behavior of surface cracks
in aged duplex stainless steel plates submitted to a bending load
S. Chapuliot, D. Moulin and V. Mineau
|
| G11/1 |
Evaluating crack arrest fracture
toughness from Charpy impact testing
T. Planman, K. Wallin and R. Rintamaa
|
| G11/2 |
Development of a computer program
for the prediction of fracture resistance curves
Y.S. Chang, C.S. Seok and Y.J. Kim
|
| G11/3 |
Fracture properties of carbon
steel material for main primary heat transport system piping
P.K. Singh, J. Chattopadhyay and H.S. Kushwaha
|
| G11/4 |
A new model for fracture toughness
prediction
G.P. Karzov, B.z. Margolin and V.A. Shvetsove
|
| G11/5 |
An estimation model for resistance
of pressure vessel materials to fracture at different stages of service
taking into account actual dimensions of the construction
V.V. Pokrovsky, V.G. Kaplunenko, V.T. Troshchenko, D.V. Byley and
V.A. Sednev
|
| G12/1 |
Charpy
impact properties of diffusion bonded joints of alumina dispersion strengthened
copper to 316 stainless steel
H. Nishi, Y. Muto and M. Eto |
| G12/2 |
Brittle fracture analysis of
primary nozzle of VVER 440 reactor pressure vessel
H, Keinanen and H. Talja
|
| G12/3 |
Study on the fracture behavior
of bi-material made of A508 steel and incoloy 825
M. Kikuchi and H. Sasamoto
|
| G12/4 |
Justification of J-integral
calculations in the case of bimetallic junctions
Y. Wadier, B. Martelet and P. Cambefort
|
| G12/5 |
Deformation and fracture of
the metal of a dissimilar steels weld under conditions of complex stress
state and elevated temperatures
F.F. Giginyak and A.A. Lebedev
|
| G13/1 |
The use of failure assessment
diagrams for prediction of the initiation of creep crack growth
D.G. Hooton, D. Green and R.A. Ainsworth
|
| G13/2 |
Creep fatigue crack growth
on CT25 specimens in an 316L(N) stainless steel at 650° C
J.P. Polvora, B. Drubay, R. Piques, L. Laiarinandrasana and B.
Martelet
|
| G13/3 |
Evaluation of creep-fatigue
crack growth in type 316(N) steel
D.J. Smith, I. Curbishley and H. Huthmann
|
| G13/4 |
Creep-fatigue crack growth
assessment under combined mechanical and thermal loading with a simplified
approach
B. Michel, C. Poette, S. Albaladejo and B. Martelet
|
| G13/5 |
High temperature leak before
break experimental studies of austenitic stainless steel centre cracked
plates
C. Poussard, S. Chapuliot, F. Curtit and B. Autrusson
|
| G13/6 |
Application of LBB concept
to LMFR components
A. Turbat, H. Deschanels, H. Noe and C. Faidy
|
| GMW/1 |
Probabilistic fracture mechanics
analyses of nuclear pressure vessels and piping: a review of Japanese
activity
G. Yagawa and S. Yoshimura
|
| GMW/2 |
Simplified probabilistic approach
to determine safety factors in deterministic flaw acceptance criteria
B. Barthelet and E. Ardillon
|
| GMW/3 |
The assessment of partial safety
factors for fast fracture analysis in power plant components
J. Heliot, E. Meister and B. Barthelet
|
| GMW/6 |
Fracture mechanics considerations
concerning the revised IAEA-TECDOC-717 guidelines
E.P. Warnke and D. Bounin
|
| GMW/8 |
Concept for flaw tolerance
evaluation in pipings
GF. Otremba and K. Benitz
|
| GMW/9 |
An approach for reliability
analysis of defected pipelines
M. Lanza, C. Lanzone, S. Reale and C. Servetto
|
| GMW/10 |
Determination of R/t limits
for ASME Code Case N-494 FAD curve procedure
R. Mohan, G.M. Wilkowski, B.R. Bass and J.M. Bloom
|
| GMW/11 |
Development of new Z-factors
for the evaluation of a surface crack in nuclear pipings
Y.H. Choi, J.B. Lee and G.M. Wilkowski
|
| GMW/13 |
Crack propagation sensitivity
index concept of engineering components and its practical use
L. Toth
|
| GW/1 |
Modelling of scatter and size
effects in ductile and brittle fracture
A. Pineau
|
| GW/2 |
Advances in the numerical simulation
of ductile fracture
J.B. Leblond and J. Devaux
|
| GW/3 |
Applications of local approach
methods for nuclear installations
W. Schmitt, E. Keim, G. Nagel and D.Z. Sun
|
| GW/4 |
The application of local approach
to fracture to the structural integrity assessment of cladded vessels
under thermal loading
D. Moinereau, J. Brochard, M.P. Valeta, S. Bhandari, D. Guichard,
C. France, D.J. Sanderson and A. Sherry
|
| GW/5 |
Analysis of a cruciform bending
specimen under biaxial loading
M.P. Valeta, D. Moinereau, S. Bhandari and A. Duplouy
|
| GW/7 |
On the simulation of ductile
crack growth using the Rousselier model
C. Poussard and M Seidenfuss
|
| GW/8 |
Crack effects on the fracture
behaviouy in the duplex steels
V. Kozak, I. Dlouhy, M. Holzmann
|
| GW/9 |
On the simulation of warm-prestressing
and ductile crack extension by constitutive modeling
S. Arndt, D. Klingbeil and B. Svendsen
|
| GW/10 |
Ductile failure of notched
specimens of ferritic reactor steel
T. Fekete, Gy. Krallics and L. Tatar
|
| GW/11 |
Ductile tearing predictions
in a 304L stainless steel
V.E. Marques, P.F. Louvigne and Ph. Gilles
|
| GW/13 |
Modelling the ductile tearing
of austenitic welded joint with local approach of fracture
J. Devaux, P. Joly, and J.B. Leblond
|
