General Papers
| Modelling micromechanisms and statistical features of ductile fracture | |
| A. PINEAU |
| New technique for mechanical characterization of ceramics at room and at elevated temperature | |
| J.Y. PASTOR, J. PLANAS, M. ELICES |
| Comparison of crack-tip stress evaluation methods in elastic-plastic and creep conditions on CT specimens | |
| L. LAIARINANDRASANA, R. PIQUES, B. DRUBAY |
| A novel mode-II fracture criterion | |
| R. PODLESCHNY, J.F. KALTHOFF |
| Crack arrest in titanium alloy: numerical and experimental study | |
| N. BONORA, D. GENTILE, M. MARCHETTI, P.P. MILELLA, A. PINI |
| Shallow crack effect on fracture toughness in a low alloy steel | |
| D. TIGGES, R. PIQUES, J.-M. FRUND |
| Influence of residual stresses on the fracture behaviour of steels in the transition range | |
| M. PEREIRA, M. SCHAPE, H. WOHLFAHRT |
| Elastic-plastic fracture mechanics analyses of bend specimens | |
| C. PRIMEC, J. LEGAT, J. VOJVODIC-GVARDJANCIC |
| Shallow crack effect on fracture toughness in a low alloy steel | |
| D. TIGGES, R. PIQUES, J.-M. FRUND, A. PINEAU |
| Influence of residual stresses on the fracture behaviour of steels in the transition range | |
| M. PEREIRA, M. SCHAPE, H. WOHLFAHRT |
| The influence of load history on fracture toughness data | |
| P.V. YASNIV, V.Y. PODKOLZIN |
| Effect of notch tip location in CTOD testing of the heat affected zone of steel weldments | |
| C. THAULOW, M. HAUGE, A.J. PAAUW, M. TOYODA, F. MINAMI |
| HAZ toughness of Ti-microalloyed offshore steel in AS-welded and simulated condition | |
| I. Rak, M. KOCAK, B. PETROVSKI, V. GLIHA |
| Investigation of fracture mechanical performance of nodular cast iron and welded joints with parent-material-like weld metal | |
| G. PUSCH, W. BAER |
| Interlaminar fracture toughness of PEI and PEEK/carbon fibre composite in relation to matrix viscoelasticity | |
| R. FRASSINE, M. RINK, A. PAVAN |
| Fatigue crack growth in glare, role of glass fibers | |
| M. PAPAKYRIACOU, S.E. STANZL-TSCHEGG, H.R. MAYER, J. SCHIJVE |
| Analysis of short and long fatigue cracks growth kinetics under non-regular loading | |
| V.V. PANASYUK,, O.Y. ANDREYKIV, O.I. DARCHUK, P.S. KUN |
| Investigation of fatigue crack propagation in 7475-T761 aluminium alloy | |
| V.A. PASTUKHOV, C.P.M. PEREIRA, H.J.C. VOORWALD |
| A new model for the plasticity-induced closure under plane strain condition | |
| R. PIPPAN, O. KOLEDNIK, M. LANG, H.P. STÙWE |
| On the description of fatigue crack propagation in the stress field of notches | |
| S. SÀHN, M. SCHAPER, P. SELIGER, V.B. PHAM |
| Stress intensity factor for creep fatigue cracks growing from a notch | |
| S. POMMIER, J.M. RONGVAUX, C. PRIOUL, D. FRANÇOIS |
| Validity of J estimation in piping components based on R6/3 option 2 K,-L, relationship | |
| P. GILLES, A. PELLISSIER TANON, C. FRANCO, J. VAGNER |
| Effect of weld metal mis-matching on defect assessment procedures | |
| P. HORNET, M. KOÇAK, A. CORNEC, S. HAO, B. PETROVSKI, K.-H. SCHWALBE |
| Resistance curves for the threshold of fatigue crack propagation | |
| R. PIPPAN, L. PLOCHL, H.P. STUWE |