General Papers
| Developments in creep-fatigue crack growth testing and data analysis | |
| P.S. GROVER, A. SAXENA |
| The effect of constraint on fracture safe design | |
| J.D. LANDES |
| Modelling micromechanisms and statistical features of ductile fracture | |
| A. PINEAU |
| Standardisation of fracture mechanics based SCC testing | |
| W. DIETZEL, K.-H. SCHWALBE |
| Assessment of residual life of components subject to environmentally assisted cracking | |
| G. GABETTA |
| Relevance of fracture mechanical material properties for structural integrity assessment | |
| K. WALLIN |
| CTOD and wide plate testing of welds with particular emphasis on mis-matched welded joints | |
| M. KOCAK, R. DENYS |
| Flaw assessment methods using failure assessment diagrams | |
| R.A. AINSWORTH |
| Dissipation rate and CTOA: the problem of transfer of R-curves to contained yield | |
| O. KOLEDNIK, C.E. TURNER |
| Characterization of ductile tearing resistance by energy dissipation rate | |
| D. MEMHARD, W. BROCKS, S. FRICKE |
| New developments in fracture toughness evaluation | |
| W. SCHMITT, W. BÓHME, D.-Z. SUN |
| Parameters of creep crack growth - classification and limits | |
| R. KIENZLER, T. HOLLSTEIN |
| 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 |
| Acoustic emission as a support in the identification of stress corrosion cracking mechanisms | |
| E. SANTOS, R. LÓPEZ, I. GUTIÉRREZ-SOLANA, J. GONZALEZ |
| A novel mode-II fracture criterion | |
| R. PODLESCHNY, J.F. KALTHOFF |
| Fracture toughness of small specimens containing surface cracks | |
| D.L. CHEN, B. WEISS, R. STICKLER |
| Elastoplastic crack propagation | |
| A.G. ATKINS, Z. CHEN |
| Investigation of crack initiation on ferritic and austenitic steels | |
| H. BLUMENAUER, J. UDE |
| Influence of the multiaxiality of stress state on the ductile fracture behaviour of degraded piping component | |
| U. EISELE, K.-H. HERTER, X. SCHULER |
| Probabilistic analyses of yield strength and temperature effects on the ductile crack growth resistance of HSLA steels | |
| N. GUBELJAK, J. LEGAT, J. VOJVOD1C-GVARDJANC |
| On the testing of the elasto-plastic cracking resistance of thin plates | |
| J.P. KEUSTERMANS, Y. MARCHAL, F. DELANNAY |
| New model for determination of rupture time of materials with different behaviour in tension and compression | |
| H. ALTENBACH, A. ZOLOCHEVSKY |
| Creep lifetime prediction of pressurized tubes with continuum damage mechanics | |
| H. BRAAM, B.R.W. HAVERKATE |
| Prediction of transient effects during early stages of creep crack growth | |
| Grazia DJAVANROODI, H. KAGUCHI, K. NIKBIN, G.A. WEBSTER |
| Creep plastic zone and crack initiation at 923K of 304 stainless steel compact tension specimen | |
| Y. UNO |
| Influence of necking on creep curve | |
| M. MALDINI, V. LUPINC |
| Proposal of simplified assessment method for surface crack growth behaviour under creep-fatigue condition | |
| I. NONAKA, A. NISHIKAWA, ISHIKAWAJIMA HARIMA |
| Modelling of evolution of metal under creep | |
| I.D. SKRYPNYK, A.H. NYKYFORCHYN |
| Impact resistance of superalloys at gas turbine operating temperatures | |
| N. TAYLOR, P. BONTEMPI |
| Effect of stress amplitude on the grain boundary deformation behaviour during cyclic creep at 573K in an Al-Mg alloy | |
| SANG HO NA, SOO WOO NAM |
| FEM and BEM analyses of notch stress intensity factors in anisotropic materials | |
| M. HEINZELMANN, M. KUNA, M. BUSCH |
| A damage criterion based on the stress condition | |
| S. KOCZYK |
| On the stress state of two-component curvilinear ring with cracks | |
| N.V. KUZNYAK |
| Two parameter characterization of crack front fields in thin ductile center-cracked geometries | |
| G. LIN, A. CORNEC, K.-H. SCHWALBE |
| Mathematical model of crack formation in brittle materials | |
| I.I. MISHNAEVSKY Jr |
| Simplified process zone fracture criteria for crack tips | |
| D. RADAJ, S. ZHANG |
| The fractal growth of pores in sintered steels under fatigue loading | |
| M. RYBACZUK |
| Generalised plastic strip model for mode I cracks | |
| M.P. SAVRUK, A.M. DANYLOVYCH |
| On the yield zone at the tip of interface crack with contact surfaces | |
| V. V. I. OBODA |
| Investigation on the constraint effect based on asymptotic stress and deformation field at the steady state growing crack tip | |
| T. GUO |
| Numerical analysis of mode I steady state crack tip field in elastic plastic hardening materials | |
| T. GUO, W. BROCKS, H. VEITH |
| Specifying the requirements to a plane specimen with a crack in order to realize brittle fracture | |
| I. ORYNYAK, V. TOROP |
| Fracture behaviour of engineering ceramics under static and dynamic loading | |
| M.M. AL-MOUSAWI |
| Crack arrest in titanium alloy: numerical and experimental study | |
| N. BONORA, D. GENTILE, M. MARCHETTI, P.P. MILELLA, A. PINI |
| Assessment of the toughness of polymers from low to high loading rates | |
| H.H. KAUSCH, P. BEGUELIN |
| Criteria for crack initiation in elastic-plastic materials under different loading rates | |
| A. KLENK, T. LINK, U. MAYER, M. SCHULE |
| A study of rate dependent deformation and fracture of a-Titanium using finite element analysis | |
| G. SHATIL, D.J. SMITH |
| Dynamic crack initiation in the steel 20 MnMoNi 5 5 | |
| R. CLOS, U. SCHREPPEL, P. VEITH, U. ZENCKER |
| A synthesis between experimental and numerical methods applied to the determination of crack resistance curves for various specimens | |
| D. KLINGBEIL, G. KUNECKE, J. SCHICKER |
| Influence of specimen geometry and loading mode on the damage in ductile failure | |
| J. ARNDT, A. SPROCK, N. SCHLÜTER, D. HOLLAND, W. DAHL |
| Damage by void growth in tensile and bend type specimens | |
| S. FRICKE, W. BROCKS |
| Crack growth resistance simulation in the modified boundary layer model with a damage model | |
| A.H.M. KROM, R.W.J. KOERS, A. BAKKER |
| Effects of biaxial loading on three-dimensional crack-tip front fields | |
| H. YUAN |
| The behaviour of notched petro-refinery steel components at high temperature | |
| L. LOONEY, R.C. HURST, D. TAYLOR |
| Stochastic grain boundary failure and geometrical models of creep damage | |
| H. RIESCH-OPPERMANN, A. BRÜCKNER-FOIT |
| Creep-fatigue interaction in Titanium Ti-1100 at 593°C | |
| A H. ROSENBERGER, H. GHONEM |
| Application of a micromechanical material model to creep damage and creep crack growth in X20 CrMoV 12 1 | |
| R. MOHRMANN, M. SESTER, T. HOLLSTEIN |
| A fracture mechanics assessment method for older structural steels | |
| K. ERIKSSON |
| Graphitisation in type A201 carbon steel in petro-chemical plant after long term service | |
| J. MOSS, J.L. DAVIDSON |
| Dynamic fracture testing of polyethylene | |
| J.C. DEKKER, A. BAKKER |
| Fracture mechanics and metallographic analysis of the defects in a generator rotor after 190000 hours of service | |
| V. BICEGO, R. CRUDELI, E. LUCON, C. RINALDI |
| Residual stress in crack starter sections of double tension crack arrest specimens | |
| C.S. WIESNER, R.H. LEGGATT, B. HAYES |
| A stochastic model stimulating the development of irregular crack patterns in thermal fatigue | |
| E. KULLIG, H. H. RIESCH-OPPERMANN, T. WINKLER, A. BRÜCKNER-FOIT |
| Status review of the J plus T stress fracture analysis method | |
| J.D.G. SUMPTER, J.W. HANCOCK |
| Constraint effects of shallow flaws assumed in RPV under asymmetric thermo-mechanical transient loading | |
| J. SIEVERS, X. LIU |
| Shallow crack effect on fracture toughness in a low alloy steel | |
| D. TIGGES, R. PIQUES, J.-M. FRUND |
| Modelling hydrogen induced crack growth in the wall of pipelines and pressure vessels | |
| R.C. BROUWER, D. RITCHIE |
| The intergranular-transgranular transition of SCC in tempered low alloy steels | |
| F. GUTIÉRREZ-SOLANA, J. GONZÁLEZ, J.M. VARONA, M.V. BIEZMA |
| Stress corrosion testing with pre-cracked specimens: influence of the pre-cracking procedure | |
| J. TORIBO, A.M. LANCHA |
| Calculation model for determination of subcritical corrosion crack growth period in thin plates under long-term loading | |
| O.Y. ANDREYKIV, N.I. TYMIAK |
| Microstructural effects on sulfide stress corrosion cracking in low-alloy tubular steels | |
| V.I. ASTAFJEV, S.V. ARTAMOSHKIN, V. TETJUEVA |
| Stress corrosion cracking: drop evaporation test | |
| V. CIHAL |
| Time dependent factors in corrosion fatigue testing of cathodically protected low alloy steels | |
| A.J. GRIFFITHS, A. TURNBULL |
| The use of slow strain rate tests for measuring the velocity of environmentally assisted cracking | |
| K. STRIEDER, K.-H. DAUM, W. DIETZEL, J. MÜLLER-ROOS |
| Cracking behaviour resulting from a corroding bar in concrete | |
| A.T. MOCZKO, P. STROEVEN |
| A simple method for the assessment of redundant cracked structures in elastic-plastic regime | |
| I. GORROCHATEGUI, F. GUTIÉRREZ-SOLANA, J.M. VARONA |
| Study of the influence of thermal stratification on the behaviour of a pipe with a circumferential crack | |
| H. GREBNER, H. HUNGER, A. HOFLER |
| The strength of geometry changes in plastic products | |
| A.J. HEIDWEILLER |
| 3D FEM study on an austenitic stainless steel for verification of the engineering treatment model (ETM) | |
| A. CORNEC, G. LIN, K.-H. SCHWALBE |
| Influence of residual stresses on the fracture behaviour of steels in the transition range | |
| M. PEREIRA, M. SCHAPE, H. WOHLFAHRT |
| Remaining creep life assessment of welds in steel pressure vessels | |
| M.I. RIPLEY, K.U. SNOWDEN |
| Load bearing capacity of cracked rollers containing residual stresses | |
| H.J. SCHINDLER, U. MORF |
| The reliability assessment of the cyclic loaded structural elements having crack like defects | |
| L. TÓTH |
| Stress intensity factors in statically indeterminate cracked beams | |
| A. VALIENTE, M. ELICES, F. USTÁRIZ |
| Fracture behaviour of a welded tubular joint - call for interest: "round robin on failure assessment methods" | |
| U. ZERBST, J. HEERENS, K. -H. SCHWALBE |
| Stochastical model for the calculation of gears | |
| B. ABERSEK, J. FLASKER |
| A temper embrittlement study on a series of medium carbon Cr-Mo steel turbine bolts | |
| J.H. BULLOCH, J.J. HICKEY |
| Detection of embrittlement in Cr-Mo pressure vessel steels | |
| C.J. MOSS, P.M. KELLY |
| FE-Analysis of delamination cracks in bending of cross-ply laminates by virtual crack closure integral methods | |
| R. RIKARDS, F.-G. BUCHHOLZ, H. WANG |
| The effect of temperature on low temperature aging embrittlement of "Duplex" stainless steels | |
| L. SÁNCHEZ, F. GUTIÉRREZ-SOLANA, I. GORROCHATEGUI, J. GONZÁLEZ |
| Experimental and numerical curved crack growth investigations for beams under lateral force bending | |
| H. RuscitoH. THEILIG, F.-G. BUCHHOLZ |
| Modelling of the fracture process under biaxial loading | |
| V.N. SHLYANNIKOV |
| Fracture toughness characterization of a service exposed generator rotor with standard and sub-size specimens | |
| E. LUCON, R. CRUDELI, G. GABETTA |
| A numerical study of the size effects on the crack growth resistance | |
| G.X. SHAN, O. KOLEDNIK, F.D. FISCHER |
| 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 |
| Modelling hydrogen induced crack growth in the wall of pipelines and pressure vessels | |
| R.C. BROUWER, D. RITCHIE |
| The intergranular-transgranular transition of SCC in tempered low alloy steels | |
| F. GUTIÉRREZ-SOLANA, J GONZÁLEZ, J.M. VARONA, M.V. BIEZMA |
| Stress corrosion testing with pre-cracked specimens: influence of the pre-cracking procedure | |
| J. TORIBO, A.M. LANCHA |
| Calculation model for determination of subcritical corrosion crack growth period in thin plates under long-term loading | |
| O.Y. ANDREYKIV, N.I. TYMIAK |
| Microstructural effects on sulfide stress corrosion cracking in low-alloy tubular steels | |
| V.I. ASTAFJEV, S.V. ARTAMOSHKIN, V. TETJUEVA |
| Stress corrosion cracking: drop evaporation test | |
| V. CIHAL |
| Time dependent factors in corrosion fatigue testing of cathodically protected low alloy steels | |
| A.J. GRIFFITHS, A. TURNBULL |
| Stress corrosion testing with notched specimens: choice of the adequate kinematic variable | |
| J. TORIBO |
| The use of slow strain rate tests for measuring the velocity of environmentally assisted cracking | |
| K. STRIEDER, K.-H. DAUM, W. DIETZEL, J. MÜLLER-ROOS |
| Cracking behaviour resulting from a corroding bar in concrete | |
| A.T. MOCZKO, P. STROEVEN |
| A simple method for the assessment of redundant cracked structures in elastic-plastic regime | |
| I. GORROCHATEGUI, F. GUTIÉRREZ-SOLANA, J.M. VARONA |
| Study of the influence of thermal stratification on the behaviour of a pipe with a circumferential crack | |
| H. GREBNER, H. HUNGER, A. HOFLER |
| The strength of geometry changes in plastic products | |
| A.J. HEIDWEILLER |
| 3D FEM study on an austenitic stainless steel for verification of the engineering treatment model (ETM) | |
| A. CORNEC, G. LIN, K.-H. SCHWALBE |
| Influence of residual stresses on the fracture behaviour of steels in the transition range | |
| M. PEREIRA, M. SCHAPE, H. WOHLFAHRT |
| Remaining creep life assessment of welds in steel pressure vessels | |
| M.I. RIPLEY, K.U. SNOWDEN |
| Load bearing capacity of cracked rollers containing residual stresses | |
| H.J. SCHINDLER, U. MORF |
| The reliability assessment of the cyclic loaded structural elements having crack like defects | |
| L. TÓTH |
| Stress intensity factors in statically indeterminate cracked beams | |
| A. VALIENTE, M. ELICES, F. USTÁRIZ |
| Fracture behaviour of a welded tubular joint - call for interest: "round robin on failure assessment methods" | |
| U. ZERBST, J. HEERENS, K. -H. SCHWALBE |
| Stochastical model for the calculation of gears | |
| B. ABERSEK, J. FLASKER |
| A temper embrittlement study on a series of medium carbon Cr-Mo steel turbine bolts | |
| J.H. BULLOCH, J.J. HICKEY |
| Detection of embrittlement in Cr-Mo pressure vessel steels | |
| C.J. MOSS, P.M. KELLY |
| FE-Analysis of delamination cracks in bending of cross-ply laminates by virtual crack closure integral methods | |
| R. RIKARDS, F.-G. BUCHHOLZ, H. WANG |
| The effect of temperature on low temperature aging embrittlement of "Duplex" stainless steels | |
| L. SÁNCHEZ, F. GUTIÉRREZ-SOLANA, I. GORROCHATEGUI, J. GONZÁLEZ |
| Experimental and numerical curved crack growth investigations for beams under lateral force bending | |
| H. THEILIG, F.-G. BUCHHOLZ |
| Modelling of the fracture process under biaxial loading | |
| V.N. SHLYANNIKOV |
| Multiaxial quotient as function of crack depth and load for selected specimen and component geometries | |
| D. UHLMANN, H. DIEM |
| Biaxial load effects on plane stress J-Delta a- and deltas-Delta a- curves | |
| C. DALLE DONNE, H. DÖKER |
| Mixed mode ductile tearing in a ferritic steel | |
| J.C.W. DAVENPORT, D.J. SMITH |
| Load biaxiality effects on the fracture resistance of thin steel plates | |
| V.P. NAUMENKO, O. KOLEDNIK |
| Fracture of steels in the brittle to ductile transition region | |
| V. BICEGO, A. ELLI, C. RINALDI |
| The influence of load history on fracture toughness data | |
| P.V. YASNIV, V.Y. PODKOLZIN |
| Mixed-mode fracture toughness of advanced ceramics | |
| W. BROCKS, F. FISCHER, K.-F. FISCHER, P. GUMMERT, E. KRÄMER, J. MOHN, J. THATEN, P. REIMERS, E. RUDOLPH |
| A criterion for predicting ductile-brittle transition behaviour in HY100 steel under mixed mode I/II loading | |
| D. BHATTACHARJEE, J.F. KNOTT |
| Combined mode I - mode II fracture of ceramics | |
| G. NICOLETTO,, L. ESPOSITO |
| The effect of ductile crack extension on cleavage fracture probability | |
| A. MARTIN-MEIZOSO, I. OCAÑO-ARIZCORRETA, J. GIL-SEVILLANO, M. FUENTES-PÉREZ |
| The effect of crack depth and absolute thickness on fracture toughness of 3PB specimens | |
| M. NEVALAINEN, K. WALLIN |
| Effect of titanium nitride particles on the toughness of engineering steels | |
| M.A. LINAZA,, J.L. ROMERO, J.M. RODRIGUEZ-IBABE, J.J. URCOLA |
| On the application of the weakest link model in the lower shelf and transition | |
| J. HEERENS, U. ZERBST, H.M. BAUSCHKE, K.-H. SCHWALBE |
| Investigations of microscopic cleavage fracture stress | |
| C. JÜDE-ESSER, F. GRIMPE, W. DAHL |
| Estimation lower bound CTOD fracture toughness of HAZ notched welds with mechanical mismatch | |
| M. HAUGE, C. THAULOW, F. MINAMI, M. TOYODA |
| Fatigue COD - a method of quality control of welds | |
| F. ROTVEL |
| 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 |
| Fracture behaviour of Al-weldments - experimental and numerical investigations | |
| M. BAUR, J.G. BLAUEL, K. RÄDLE |
| Prediction of fracture toughness scatter in heat affected zones (HAZ) of welded joints | |
| C. SAINTE CATHERINE,, H. CARIUS, M. DI FANT, F. HANUS |
| J integral direct measurement on surface cracked welded plates in bending | |
| T. ADZIEV, S. SEDMAK, J. GOCEV, A. SEDMAK |
| Investigation of fracture mechanical performance of nodular cast iron and welded joints with parent-material-like weld metal | |
| G. PUSCH, W. BAER |
| On the crack driving force and fracture resistance of mismatched weldments | |
| HAO SU, A. CORNEC, K.-H. SCHWALBE |
| Fracture of bi-material joints: effect of strength mis-match on crack resistance curves | |
| P. HORNET, M. KOCAK, A. CORNE, K.-H. SCHWALBE |
| Influence of some metallurgical variables on fracture toughness of duplex stainless steel weldments | |
| F. SANTAMARIA, A.M. IRISARRI |
| Analytical assessment of the constraint effect of undermatched weld joints | |
| E. RANATOWSKI |
| The application of a pipe ring expansion technique in the fracture testing of a pipeline steel | |
| M.N. BALSARA, L.M. BRAGA, H.J. MAC GILLIVRAY, M. KARAM |
| Investigations in fracture mechanics by Moiré technique | |
| J. VOGEL, J. NAUMANN |
| Speckle photographic strain field measurements - a helpful aid in fracture modelling and analysis of micro-structures | |
| D. VOGEL, J.-P. SOMMER, B. MICHEL |
| Interlaminar fracture toughness of PEI and PEEK/carbon fibre composite in relation to matrix viscoelasticity | |
| R. FRASSINE, M. RINK, A. PAVAN |
| Strength and toughness of novel MMCs based on hypereutectic Al/Si alloys | |
| J. VALER GONI, J.M. RODRIGUEZ-IBABE, J.J. URCOLA |
| Fatigue of fibre rinforced injection moulded polyamide | |
| J.J. HORST |
| Fatigue crack growth in glare, role of glass fibers | |
| M. PAPAKYRIACOU, S.E. STANZL-TSCHEGG, H.R. MAYER, J. SCHIJVE |
| Stochastic fracture processes in mechanics of composite materials | |
| Y.V. SOKOLKIN, A.A. CHEKALKIN |
| Mechanical properties of copper-powder-filled poly-ethylene composites | |
| I.H. TAVMAN |
| Fatigue microcrack distributions and correlation with fatigue lives dispersion | |
| S. BERETTA, P. CLERICI |
| Fatigue lifetime prediction of a normalized carbon steel based on short and long crack propagation | |
| H. BOMAS, T. LINKEWITZ, P. MAYR |
| Utilization of a simulational assessment of a fatigue damage process | |
| J. CACKO |
| Effects of overloads on fatigue crack growth and crack closure in metastable austenite | |
| M.C. CHE, M. SCHAPER |
| Cyclic propagation of subsurface cracks | |
| G. DHONDT |
| Influence of loading rate on fatigue crack growth rate | |
| K. GOLOS, Z. OSINSKI |
| Fatigue-crack-propagation of superlight Mg-Li base alloys | |
| H. HAFERKAMP, H. LOUIS, H. NUSTEDT |
| Behaviour of fatigue short cracks in laser hardened medium carbon steel subjected to reversed torsion | |
| D. NATKANIEC, S. KOCANDA, K.J. MILLER |
| Fatigue crack growth kinetics and mechanism in steel at elevated temperatures in gaseous hydrogen | |
| H.M. NYKYFORCHYN, M. SCHAPER, O.Z. STUDENT, I.D. SKRYPNYK |
| 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 |
| Analysis of fracture surfaces by quantitative fractography | |
| N. RANGANATHAN, F. ADIWIJAYANTO, G. HÉNAFF, M. BENGUEDIAB |
| 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 |
| Canonical approach to fatigue crack growth | |
| K. SADANANDA, A.K. VASUDEVAN |
| Evaluation of components tests with analytical fracture mechanics methods (ductile failure criteria) | |
| G. BARTHOLOMÉ, R. WELLEIN |
| Ductile crack growth resistance of FWR components: application for structural integrity assessment | |
| M. BETHMONT, C. ERIPRET, P. LE DELLIOU, J.M. FRUND |
| An engineering critical assessment of a spherical liquid ammonia storage vessel | |
| G.A.C. GAMES, W. GEARY |
| 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 |
| Defect assessment procedure based on a simplified method to estimate J | |
| D. MOULIN, B. DRUBAY |
| Probabilistic approach to structural integrity - assessment and life-time prediction | |
| V. BINA, O. BIELAK |
| Effect of weld metal mis-matching on defect assessment procedures | |
| P. HORNET, M. KOÇAK, A. CORNEC, S. HAO, B. PETROVSKI, K.-H. SCHWALBE |
| Statistical fracture analysis in SiCp-S3N4 composites | |
| P. LIPETZKY, W. KREHER |
| Determination and modelling of the crack growth resistance of SiC-fibre reinforced glass ceramics | |
| M. SURGEON,, E. VANSWIJGENHOVEN, M. WEVERS, P. DE MEESTE, O. VAN DER BIEST |
| Resistance curves for the threshold of fatigue crack propagation | |
| R. PIPPAN, L. PLOCHL, H.P. STUWE |
| On fatigue crack closure in steels of different microstructure and strength level | |
| M. SCHAPER, A. BOHM |
| A new interpretation on fatigue crack growth | |
| A.K. VASUDEVAN, K. SADANANDA |
| Fatigue lifing methodology to enhance the structural integrity of critical components in gas turbine engines | |
| S.H. SPENCE, W.J. EVANS, A. GOULDING |