General Papers
| New materials for improved fracture and fatigue resistance | |
| D. FRANCOIS |
| Is now the time for a global terminology in Fracture Mechanics? | |
| H.H. KAUSCH |
| Micromechanisms of cleavage fracture in ferritic steels | |
| P. BOWEN, R.J. CONDOR, J.F. KNOTT |
| Mechanisms and mechanics of ferritic-pearlitic steel delamination | |
| G. DUFFET, J.F. CHARMOILLAUX, C. FILIATRE, R. BATISSE, C. OYTANA |
| Effect of cleavage plane orientation on local strength of spheroidized steel | |
| Grazia Ruscito, B. STRNADEL, E. MAZANCOVA, K. MAZANEC |
| Observations on cleavage initiation sites in two ferritic steels | |
| R.E. FRANKLIN |
| Cleavage fracture in as-quenched 50D steel | |
| W. ZHOU, J.F. KNOTT |
| Twinning effect on cleavage fracture stress | |
| M. BIEL, L. GOLASKI |
| Statistical geometrical effect of intergranular crack branching | |
| J. POKLUDA, P. SANDERS |
| A probabilistic model for cleavage fracture of polycrystalline metals containing a dispersion of brittle particles | |
| A.M. MEIZOSO, R. G. ARRIZABALAGE, J. G. SEVILLANO |
| Numerical procedure for determining Weibull parameters based on the local approach | |
| F. MINAMI, A. BRUCKNER-FOIT, B. TROLLDENIER |
| Application of local approach of fracture in a pearlitic steel cathodically hydrogenated | |
| A. FONTAINE, S. JEUNEHOMME, O. DECOME, M. HABASHI |
| The temperature dependence of fracture toughness of materials undergoing a brittle-ductile transition | |
| A.D. VASILEV |
| Behaviour of cracks under three-dimensional modes | |
| J. ROYER, V.A. LE |
| The crack-inclusion interaction problem in an infinite strip | |
| O.S. YAUSI, S. ABBAS |
| Study of fracture instability in brittle materials by strain energy density | |
| D.A. ZACHAROPOULOS |
| An infinite plate with lines of discontinuities along arcs of a plate under uniform heat flow | |
| M.A. KATTIS |
| Fracture of rods in generalized thermoelasticity | |
| R. WOJNAR |
| Effects of specimen size and side grooves on the fracture toughness, JIC of a high density polyethylene | |
| W.N. CHUNG, J.G. WILLIAMS |
| Crack growth resistance curves for polymers - Development of a multiple specimen testing protocol | |
| G.E. HALE |
| Characterization of polymer materials by elastic-plastic crack growth resistance curves | |
| E. REESE, K.-H. SCHWALBE, K. FRIEDRICH |
| The assessment of a failure criterion for industrial application of PMMA and HI-PMMA under static loading | |
| G. CASTIGLIONI, T. RONCHETTI, L. COLOMBAROLI |
| Fracture testing of immiscible polymer blends: activities of VAMAS technical working party | |
| I.K. PARTRIDCE |
| The failure behaviour of UV degraded plastic products | |
| J.C.M. de BRUIJN |
| Stress concentrations in plastic products | |
| A.J. HEIDWEILLER |
| On-specimen sensors for high velocity impact testing of high-grade polymers | |
| J.P. DEAR, J.H. MacGILLIVRAY |
| Fracture analysis by caustic method of laminated fibre reinforced plastics | |
| A. LA BARBERA, M. MARCHETTI, A. ROSSI |
| Stress analysis by F.E.M. in crack tip and free edge regions in composite material structural elements | |
| A. MANUELLO BERTETTO, G. AUGELLO |
| The intralaminar crack growth resistance of polymer based composite materials | |
| R. FRASSINE |
| Towards a standard for interlaminar fracture testing of composites | |
| P. DAVIES |
| Fatigue fracture in a rubber toughened glassy polymer | |
| M. RINK, D. IMBRIGHI, L. CASTELLANI, A. PAVAN |
| Structural integrity of advanced composites in the machine industry | |
| M. PRODAN, J.C. RADON |
| Analysis of fracture behaviour of fibre reinforced polypropylene | |
| W. GRELLMANN, S. SEIDLER, B. MICHEL, P. WILL |
| The influence of matrix on the S.N. fatigue behaviour of continuous carbon fire composites | |
| D.C. CURTIS, D.R. MOORE, B. SLATER |
| The fatigue damage mechanics of carbon fire composites | |
| M. SPEARING, P.W.R. BEAUMONT |
| Effects of resin interleafing on fatigue of unidirectional fibre/epoxy composites | |
| I.K. PARTRIDGE, J.A.M. JAUSSAUD, T. NEYRAT |
| Impact damage and residual interlaminar fracture resistance in carbon/epoxy composites | |
| A. PAVAN, T. RICCO |
| Stress corrosion cracking in pultruded E-glass fibre reinforced vinyl-ester composite rods | |
| P.S. HILL, J.C. CURWEN, I.E. KING, J.A. LITTLE |
| Ultrasonic NDE of composites | |
| P.P. DELSANTO, G. GERMANETTO, P. QUARATI, F. BOSCHETTI |
| Fracture and fatigue evaluation of damage tolerant Al-Li alloys for aerospace applications | |
| R.J.H. WANHILL, I. SCHRA, W.C.J. T HART |
| The structural integrity of high-duty materials | |
| J. F. KNOTT |
| Metal plasticity and specimen size effects in evaluation of ARALL laminates notched panel residual strength | |
| J. MACHERET, R.J. BUCCI, M. KULAK |
| Effect of particle size and ageing on the fatigue behaviour of an aluminium based metal matrix composite | |
| T.J. DOWNES, D.M. KNOWLES, J.E. KING |
| Fatigue crack growth in Al-Li/SiC particulate metal matrix composites | |
| I. SINCLAIR, J.F. KNOTT |
| Some failure modes of plasma-sprayed thermal barrier coatings | |
| M. FERRARI |
| Influence of microstructure on liquid metal embrittlement of aluminium alloys | |
| R.G. HOAGLAND, B. BENSON, Y. LIU |
| Microstructure and stress corrosion susceptibility of the heat affected zone in Al-Zn-Mg weldments | |
| C. GARCIA-CORDOVILLA, E. LOUIS, A. PAMIES, L. CABALLERO, M. ELICES |
| Orientation dependence of fracture toughness in 8090 aluminium alloy plate using chevron notched specimens | |
| J. MORRISON, K.J. KARISALLEN |
| Effect of heat treatment on the ductile fracture characteristics of Zr-2.5 wt.% Nb | |
| P.F. TIMMINS |
| The influence of plastic deformation on fracture toughness of molybdenum | |
| N.I. DANTLENKO, A.D. VASILEV, Y.N. PODREZOV, E.P. POLISCHUK, S.A. FIRSTOV |
| High-temperature fracture behaviour of some Ni3 Al aluminides | |
| M. JOVANOVIC, Z. BOGDANOV, DJ. DROBNJAK |
| The influence of rate dependent deformation in predicting ductile fracture in alpha-titanium at 20°C | |
| D.J. SMITH, R.L. JONES |
| Effect of tempering treatment on fracture toughness of 0.4 C steel | |
| B. ERYUREK, E. AKATA |
| Influence of the heat treatment on the fracture toughness of a duplex stainless steel | |
| A.M. IRISARRI, E. ERAUZKIN, F. SANTAMARIA, A. GIL-NEGRETE |
| Fracture toughness characterization of extruded AlMgSi1 | |
| M. HVAL |
| Fracture toughness of low temperature carbon steel flanges | |
| E. BLAKELEY, P. BOWEN |
| Fracture mechanisms and micromechanical modelization for aged dual-phase steels | |
| C. DUVAL, D. BAPTISTE, C. PRIOUL, D. FRANCOIS |
| The effect of heat-affected-zone microstructures on fracture toughness of duplex stainless steels | |
| S. ATAMERT, J.E. KING |
| Strain-induced transformation toughening in metastable austenitic steels | |
| R.G. STRINGFELLOW, D.M. PARKS |
| Microstructure and process zone in HSLA steel | |
| J. DOJCAK, L. PARILAK |
| Effect of aging on fracture toughness parameters and tensile properties of 17-4 PH stainless steel | |
| G. CALICIANA, L. CESCHINI, G.L. GARAGNANI |
| Statistical evaluation of the toughness characteristics of a boiler steel | |
| I. HAVAS, E. CZDBOLY |
| Fractographic aspects of fatigue crack growth in porous sintered steels | |
| B. KARLSSON, J. WASEN, I. BERTILSSON |
| Strain hardening effects in ductile poious metals | |
| G. PERRIN, J.B. LEBLOND, J. DEVAUX |
| The relation of toughness to hardness and retained austenite in sintered high speed steels | |
| V. MARTINEZ, R. PALMA, J.M. R. IBABE, J.J. URCOLA |
| Effect of porosity on fracture toughness of brittle powder materials | |
| A.A. SOTNIK, A.D. VASILEV, SA. FIRSTOV, I.G. SLIS, L.I. CHERNYCHOV |
| Cyclic stress-strain response and fatigue limit of selected sintered steels | |
| J. KALETA, A. PIOTROWSKI, H. HARIG |
| Role of diffusion in the hydrogen transport in metals | |
| J. TORIBIO, J.M. ELICES |
| The application of slow-strain-rate tension test for quantitative evaluation of hydrogen-induced cracking susceptibility of high strength steels | |
| B. ULE, F. VODOPIVEC, L. VEHOVAK |
| New contribution to the hydrogen embrittlement F.I.P. test in ammonium thiocyanate | |
| J TORIBIO, M. ELICES |
| Investigation of sulfide stress corrosion cracking in low alloy steels | |
| V.I. ASTAFJEV, V.K. EMELIN, T.V. TETJUEVA |
| The effects of a sulphur-containing environment on high temperature fatigue failure of a nickel based superalloy | |
| E.E. AGHION |
| The effect of crack nucleation on pre-loading in stress corrosion cracking of high strength steel | |
| M. TSUDA, Y. HIROSE, Z. YAJIMA, K. TANAKA |
| Advantages of notched specimens in SSR tests | |
| L. CABALLERO, C. GARCIA-CORDOVILLA, A. PAMIES, E. LOUIS, M. ELICES |
| Mixed-mode fracture of steel and ceramics | |
| A.R. ROSENFIELD |
| Remarks on the R-curve behaviour of ceramics | |
| F.E. BURESCH |
| Fatigue crack propagation in alumina under cyclic compressive loads | |
| J.M. SABADELL, M. ANGLADA |
| Effects of non-uniform stress fields on fatigue crack growth in zirconia- ceria alloys | |
| D.C. CARDONA, P. BOWEN, C.J. BEEVERS |
| Damage in a SiC/LAS composite under dynamic loading | |
| E. NAZARENKO |
| The brazilian disc - a specimen for the assessment of multiaxial fracture criteria for ceramics | |
| A. BRUCKNER-FOIT, A. HEGER, D. MUNZ, A. POMPETZKI |
| Applicability of the indentation -strength method to the measurement of the crack resistance curve in brittle materials | |
| L. BERTAMINI, R. DAL MASCHIO, T. RICCO |
| Fractographical investigation of fracture mechanisms of NaCl single crystals undergoing a brittle-ductile transition | |
| V.I. BETEKHTIN, A.N. BAKHTIBAEV, A.D. VASILEV, D.A. IMANBEKOV, V.V. KOVYLYAEV, S.A. FIRSTOV |
| Anisotropy effects in the fracture behaviour of a uniaxial hot pressed SiC whisker reinforced ceramic composite | |
| T. HANSSON, R. WARREN, J. WASEN |
| Fracture process zone in concrete: a three dimensional growth process | |
| J.G.M. van MFER |
| Characteristics of fracture process zone of concrete evaluated with 3-D acoustic emission technique | |
| N. NOMURA, H. MIHASHI, S. NIISEKI |
| A constitutive model for crack cyclic behaviour of plain concrete | |
| D.A. HORDIJK, H.W. REINHARDT |
| Rheorogical model for the stress crack width relation of concrete under monotonic and cyclic tension | |
| H. DUDA, G. KONIG |
| Investigation on the influence of aggregate graining on the destruction process in compressed concrete | |
| J. HOLA |
| The flexural strength function for concrete beams without initial cracks | |
| J. PLANAS, M. ELICES |
| The approximation of a cohesive crack by effective elastic cracks | |
| J. PLANAS, M. ELICES |
| Analytical model for complete moment rotation curves of concrete beams in bending | |
| J.P. ULFKJAER, R. BRINCKER, S. KRENK |
| Singular-FPZ model for numerical simulation of dynamic fracture of concrete | |
| J.H. YON, N.M. HAWKINS, A.S. KOBAYASHI |
| Evaluation of cohesive crack models using holographically measured strain fields | |
| R.A. MILLER, A. CASTRO-MONTERO, S.P. SHAH |
| Determination of tension softening curves of concrete by means of bending tests | |
| Y. UCHIDA, K. ROKUGO, W. KOYANAGI |
| Determining the fracture parameters and load carrying capacity of concrete beams using ECM | |
| B.L. KARIHALOO, P. NALLATHAMBI |
| Fracture energy and brittleness of plain concrete specimens under direct tension | |
| D.V. PHILLIPS, B. ZHANG |
| Influence of moisture on cracking processes in concrete | |
| P. ROSSI, C. BOULAY |
| Effect of support conditions on fracture energy measurements for concrete beams | |
| S.E. SWARTZ, Y.C. KAN |
| The four point shear test on single notched specimens: an experimental and numerical analysis | |
| A. CARPINTERI, G. FERRARA, G. MELCHIORRI, S. VALENTE |
| Mixed mode fracture in compact shear specimens | |
| A. ARSLAN, T.G. HUGHES, B.I.G. BARR |
| Fracture of concrete plates subjected to rotating biaxial stress | |
| M.B. NOORU-MOHAMED, E. SCHLANGEN, J.G.M. van MIER |
| Mode III type of fracture in concrete | |
| B. BARR, Z.A. YACOUB-TOKATLY |
| Fracture propagation and instabilities in elastic-cohesive crack models: a boundary element analysis | |
| Z. CEN, C. MAIER |
| Influence of crack surface frictional characteristics on the global stress intensity factor | |
| C. SCAVIA |
| Computer simulated crack propagation in concrete | |
| N.A. HARDER |
| On the influence of the bulk dissipation on the average specific fracture energy of concrete | |
| G.V. GUINEA, J. PLANAS, M. ELICES |
| Size effect in anchorage behavior | |
| R. ELIGEHAUSEN, J. OZBOLT |
| FEM simulation of concrete fracture | |
| V. CERVENK, R. PUKL, R. ELIGEHAUSEN |
| Analysis of anchor bolts in concrete with fracture and aggregate interlock | |
| G. VALENTE |
| The effect of snubbing friction on the first crack strength of flexible fiber reinforced composites | |
| V.C. LI |
| Crack growth modelling in plain and fibre-reinforced cementitious materials | |
| X.-Z. HU, Y.-W. MAI, B. COTTERELL |
| Impact behaviour of polypropylene-fiber-reinforced concrete plates | |
| S. CALAMANI, E. CARTAPATI, A.L. MATERAZZI |
| Remarks on the interpretation of cracking in concrete structures according to linear elastic fracture mechanics | |
| M. CARISTO, L. GOFFI |
| Size effect in softening of concrete loaded in compression | |
| R.A. VONK, H.S. RUTTEN, J.G.M. van MIER, H.J. FIJNEMAN |
| Evaluation of the ability of microcracked concrete to self healing | |
| K.J. FLAG, AT. MOCZKO |
| Application of fracture mechanics to cementitious composites | |
| D. J. STYS |
| Fracture analysis of cementitious seals for nuclear waste isolation | |
| M. XIE, W. GERSTLE, M. PANTHAKI |
| Some fracture mechanics based aspects of thermal cracking in mass concrete | |
| H.N. LINSBAUER |
| Fracture toughness and tension softening properties of glued laminated timbers | |
| H. MIHASHI, M. HOSHINO |
| Crack ratio and spall off ratio of reinforced concrete columns | |
| J. OGAWA, M. HOSHI, Y. ABE |
| Instability of crack propagation in reinforced concrete beams with double layer of tensile reinforcement | |
| C. BOSCO |
| Prediction of crack propagation in reinforced concrete structures | |
| M.H. EL-HADDAD |
| Behaviour of R.C. beam cross sections under unidirectional cyclic bending moments | |
| A. CARPINTERI, F. ZAUPA |
| Crack spacing and crack width in reinforced concrete members | |
| L. VANDEWALLE |
| The behaviour of reinforced concrete sections under bending, shear and torsion | |
| S. SARKAR |
| Dynamic crack tip stress field | |
| C. TAUDOU, K. RAVI-CHANDAR |
| A novel technique for the study of rapid crack propagation in plastic pipes | |
| P. YAYLA, P.S. LEEVERS |
| High speed double torsion testing of pipe grade poiyethylenes | |
| M.A. WHEEL, P.S. LEEVERS |
| On significance of elastic-plastic propagating velocity in asymptotic solutions | |
| H. YUAN, A. CORNEC |
| Numerical modelling of the dynamic fracture toughness of composites under impact loading | |
| C. NAVARRO, R. CORTES, V. SANTCHEZ-GALVEZ |
| Numerical simulation of brittle fracture in ductile materials | |
| B. SCHAEFFER |
| Static and dynamic fracture toughness of two pipeline steels at low temperature | |
| G. PLUVINAGE, A. KRASSOWSKY, V. KRASSIKO, A. GHOUL |
| Impact fatigue of graphite | |
| I. MAEKAWA, H. SHIBATA, M. OHMURA, M. FUTAKAWA |
| Numerical analysis of the dynamic fracture in layered metal/ceramic targets under impact loading | |
| C. NAVARRO, R. CORTES, V. SANCHEZ-GALVEZ |
| Practical procedure for dynamic stress intensity factor history determination in instrumented impact testing | |
| I.V. ROKACH |
| Dynamic properties of high strength metallic materials | |
| M.M. AL-MOUSAWI |
| Dynamic toughness of electron beam welds on C-Mn steels | |
| F. BIGAGLI, R. FESTA, P. MARINELLI, M. TRAFICANTE |
| A re-assessment of ductile tearing resistance. Part I: The geometry dependance of J-R curves in fully plastic bending | |
| C.E. TURNER |
| A re-assessment of ductile tearing resistance. Part II: energy dissipation rate and associated R-curves on normalised axes | |
| C.E. TURNER |
| EGF procedure Pl-90 for determining the fracture resistance of ductile materials: analysis of the validation round robin. Part A: Evaluation of curve fit | |
| B. HAYES |
| EGF procedure Pl-90 for determining the fracture resistance of ductile materials: analysis of the validation round robin. Part B: Single specimen methods | |
| B. VOSS |
| Discussions of the model for the void growth | |
| X.M. KONG, D. HOLLAND, W. DAHL, Z.X. GUAN, N.S. YANG |
| Two parameter characterisation of elastic-plastic crack tip fields and associated failure criterion | |
| C. BETECON, J.W. HANCOCK |
| Fracture criteria derived from energy balance concepts | |
| R.N. STEVENS, F. GUIU |
| On the use of the J integral in fracture mechanics | |
| F. GUIU, R.N. STEVENS |
| On J-integral , J-initiation values as material parameters in the field of elastic plastic fracture mechanics | |
| E. ROOS, U. EISELE, M. SEIDENFUSS, H. SILCHER |
| The role of crack tip constraint for ductile tearing | |
| W. BROCKS, W. SCHMITT |
| A proposal for a microstructurally based JIC determination | |
| D. FIRRAO, R. ROBERTI, R. DOGLIONE, G.M. LA VECCHIA |
| The transition from plastic flow to combined flow and fracture: the scaling of JR curves | |
| A.G. ATKINS |
| Load control vs. displacement control - Their influence on the J-resistance curve | |
| O. KOLEDNIK |
| On the applicability of JIC standards to the pop-in behaviour of an AL-Li 8090 -T8 alloy | |
| R. DOGLIONE, E. ILIA, G. SCAVINO, D. FIRRAO |
| Determination of experimental blunting lines and comparisons with analytical procedures | |
| E. LUCON, C. RINALDI |
| Comparison of crack-resistance-curves of wide plates and fracture mechanics specimens | |
| A. LIESSEM, R. HUBO, R. TWICKLER, W. DAHL |
| Fracture toughness testing using small cylindrical specimens with ring-shaped cracks | |
| E. LUCON |
| Stress corrosion tests in water at 288° C, using the unloading compliance technique | |
| G. GABETTA, C. RINALDI, M.M. RADAELLI |
| An interactive caustic-based method of stress intensity factor determination | |
| H.-P. ROSSMANITH, R.E. KNASMILLNER |
| Strain energy release rates and related mixed-mode caustics at the tips of curvilinear interface cracks | |
| K.P. HERMANN, F. FERBER, W. MEINERS, A. NOE |
| Stress singularities in axisymmetric notched bodies | |
| R. MARCOS, J.M. MARTINEZ-ESNAOLA, J.M. BASTERO, M. FUENTES |
| 3D numerical computation of the stress intensity factor in a cracked bolt with a nut | |
| J. TORIBIO, V. SANCHEZ-CALVEZ |
| On fast crack motion in elastic-plastic materials. I - Mechanical fields around moving crack tip | |
| A. NEIMITZ |
| On fast crack motion in elastic-plastic materials. II - Equations of motion | |
| A. NEIMITZ |
| Investigation on the influence of flaw sharpness on stress state using three-dimensional elastic-plastic finite elements analyses | |
| R. TWICKLER, C. HAFER, W. DAHL |
| On non-linear effects in edge-cracked tension specimens | |
| M.A. ASTIZ, C. NAVARRO |
| Some results on the numerical Round-Robin on local criteria | |
| F. MUDRY |
| Phonon conception of metal and alloy fracture | |
| Y.I. RAGOZIN |
| Minimum critical length of a microcrack as a construction material criterion | |
| Y. I. RAGOZIN, Y. Y. ANTONOV |
| Creep damage assessment and residual life estimation by mechanical testing | |
| V. BICEGO |
| Nucleation and grown of cavities at defined grain boundaries in bcc and fcc bicrystals | |
| R. LOMBARD, H. VEHOFF |
| The merits of isostress creep tests and quantitative creep damage in residual life assessments | |
| L.B. DUFOUR, D.M. KAUFMAN, J.L. BRINKMAN |
| The use of creep damage measurements in combination with material models for residual lifetime assessment | |
| H. STAMM, U. von ESTORFF |
| Relationship between low cycle fatigue and crack propagation at elevated temperature in a P/M Ni-base superalloy | |
| T. YOKOMAKU, S. FURUTA, K. IWAI |
| The creep-fatigue behavior of commercial and P-doped 304L stainless steel | |
| J.J. KIM, S.W. NAM |
| The creep of Fe and b.c.c. Fe-based alloys under interrupted irradiation | |
| L.N. BYSTROV, A.B. TSEPELEV |
| Influence of time dependent mechanisms on fatigue crack growth in a single crystal nickel-base superalloy | |
| G. ONOFRIO, S.H. AI, V. LUPINC, G. VIMERCATI |
| The effect of gamma-prime phase distribution on elevated temperature tensile properties in a single crystal superalloy | |
| M.B. HENDERSON, J.W. MARTIN |
| Influence of grain size on high temperature low cycle fatigue and fatigue crack propagation of a nickel base superalloy | |
| M. MARCHIONNI, G. ONOFRIO |
| Creep crack growth in a 1% CrMoV steel and a 32% Ni 20% Cr alloy | |
| T. HOLLSTEIN, G.A. WEBSTER, F. DJAVANROODI |
| Crack-like notches and notch-like cracks | |
| D. TAYLOR |
| Near-threshold stage I type propagation | |
| J. PETIT, N. RANGANATHAN, J.P. BAILON |
| Effect of stress ratio and microstructure on fatigue threshold of ductile iron | |
| R.V. PRAKASH, M.N. SRINIVASAN, K.K. BRAHMA |
| Threshold of the stress intensity range and the threshold of the effective stress intensity range of ARMCO-iron: the influence of microstructure and environment | |
| R. PIPPAN |
| Fatigue crack nucleation and early growth in metal single and polycrystals | |
| J. POLAK |
| A new concept for mixed mode fatigue crack growth predictions | |
| W. LINNIG, H.A. RICHARD |
| Studies on mixed mode crack propagation | |
| V. SRINIVAS, P. VASUDEVAN |
| Prediction of fatigue crack growth under mixed mode I and mode II overloads | |
| H. HENN |
| Transformation of stress frequency in criteria for multiaxial random fatigue | |
| T. LAGODA, E. MACHA |
| Elastoplastic interpretation of results of the fracture mixed modes under cyclic biaxial load | |
| V.N. SHLYANNIKOV, V.A. DOLGORUKOV |
| Mechanism and simulation of the microcracking process leading to fracture during low cycle fatigue | |
| T. MAGNIN, A. BATAILLE, C. RAMADE |
| Influence of different residual stress distributions on fatigue crack growth | |
| M. BEGHINI, L. BERTINI, E. VITALE |
| Fatigue analysis of medium strength Al-Mg alloy | |
| J.D. COSTA, C.M. BRANCO, J.C. RADON |
| Effect of stress ratio and maximum stress on crack closure | |
| K. ANANDAN, P.K. DASH, K.K. BRAHMA |
| Thermal emission from a fatigue crack | |
| M.G. BECHI, G. CARONES, G. CAGLIOTI |
| Fatigue fracture fractal mechanics | |
| V.S. IVANOVA, G.V. VSTOVSKY, I.J. BOUNINE |
| A comparison of overload and maximum cyclic load reduction behaviour | |
| H. TAYLOR, I.M. KILPATRICK, G. JOLLEY |
| Analysis of the plastic zone at the front of a fatigue crack by X-ray fractography | |
| V. GARNIER, G. CHALANT, J.L. LEBRUN, A. BIGNONNET |
| X-ray study of fatigue fracture surface of nodular cast iron | |
| A. SUZUKI, Z. YAJIMA, Y. HIROSE, K. TANAKA |
| Fatigue crack growth behavior of ARMCO-iron at low temperature | |
| K. HABERZ, R. PIPPAN |
| Short fatigue crack growth in near alpha titanium alloys | |
| A.C. MOLLIS, C.J. BEEVERS |
| Micromechanisms of short fatigue crack growth in nickel base alloy single crystals | |
| P.A.S. REED, J.E. KING |
| The effect of solution pH on the initiation and growth of short fatigue cracks | |
| R. AKID, k.J. MILLER |
| Crack growth retardation phenomena in constant DeltaK fatigue tests | |
| F.A. VEER |
| Effect of the length of the random load history on the fatigue life statistics | |
| J. DOMINGUEZ, J. ZAPATERO, L. BOHORQUEZ |
| FilIter technique for stochastic crack growth | |
| F. CASCIATI, P. COLOMBI, L. FARAVELLI |
| X ray fractography study on a cyclic hardening aluminium alloy | |
| A.C. BATISTA, J.D. COSTA, A.M. DIAS, J.L. LEBRUN |
| Effect of environment on the propagation behaviour of long and short cracks in TA6V alloy | |
| C. MULLER, W. BERATA, J. PETIT |
| Stress corrosion cracking and corrosion fatigue in seawater of a 2.25Cr1Mo steel | |
| A. CICADA, A. KOPLIKU, T. PASTORE, G. RONDELLI, B. VICENTINI |
| Multilevel fatigue from life prediction methods | |
| A. DEL PUGLIA, F. PRATESI, G. ZONFRILLO |
| Fracture mechanic al Markov chain fatigue model | |
| L. GANSTED, R. BRINCKER, L.P. HANSEN |
| Fatigue of welded structures - A fracture mechanics approach | |
| O. DIJKSTRA, IJ.J. van STRAALEN, H.H. SNIJDER |
| Fatigue crack growth behavior of ferritic and austenitic butt-welded joints | |
| G. NICOLETTO |
| Factors affecting the fatigue life of welded joints | |
| I. COLE, C. PIETROSANTI, O. VITTORI |
| Fatigue strength of welded joints of 50E steel | |
| J.M. FERREIRA, CM. BRANCO |
| Fatigue strength of load carrying fillet welded joints | |
| J.M. FERREIRA, C.M. BRANCO |
| Recent development in the reliability fatigue fracture mechanics analysis of welded structures | |
| J.C.P. KAM |
| Analysis and prediction of residual stress effects as improvement of the fatigue strength of welded joints | |
| U. BREMEN, M.A. HIRT |
| A statistical interpretation of the CTOD design curve and guidelines to assess HAZ-toughness | |
| K. WALLIN |
| Toughness properties of artic and offshore welds | |
| W.R. TYSON, S.R. BALA |
| Effect of weld toe angle and other geometrical parameters on stress concentration in longitudinal attachments | |
| C.A. CASTIGLIONI, U. BREMEN, A. BREGANTE |
| Effect of the welding procedure and PWHT on the 50mm thick welded joints of a HSLA steel | |
| L.M. PLAZA, M.A. ROMAN, A.M. IRISARRI |
| Economic effects of fracture | |
| L. FARIA |
| Results of ultrasonic inspections of fatigue crack propagation | |
| C. GONDARD, A. LUCIA, J. ELBAZ |
| An overview of the NDE flaw acceptance standards based on the R6 assessment | |
| A. ALICINO, E. CAPURRO, A. CORVI, P. PIOVANELLI, S. REALE |
| The assessment of defects under mixed mode loading | |
| P.J. BUDDEN, M.R. JONES |
| Study of cast duplex stainless steel elbow under closure bending | |
| C. ERIPRET, P. LE DELLIOU, J.C. MASSON |
| Theoretical and numerical analysis of cracked welded pressure vessel | |
| A. SEDMAK, J. JARIC, M. BERKOVIC |
| Fracture assessment of surface cracks in pressure vessels and pipings by 3D FEM computations | |
| L. PESTI |
| Comparison of J Integral behaviour for the tensile panel and pressure vessel | |
| T. ADZIEV, S. SEDMAK, J. GOCEV |
| Theoretical, numerical and experimental analysis of cracked, welded tensile panel | |
| S. SEDMAK, A. SEDMAK, N. VUKOMANOVIC |
| Fracture mechanics concepts for modelling ductile crack propagation in gas pipelines | |
| G. DEMOFONTI, I. COLE, S. VENZI |
| Prediction of part-through crack growth in structural components | |
| A.Ya. KRASOWSKY, V.A. VAINSHTOK, I.V. VARFOLOMEYEV |
| Fracture toughness and fatigue tests on miniature specimens for plant component integrity assessment | |
| V. BICEGO, R. CRUDELI, C. FOSSATI, E. LUCON, S. RAGAZZONI |
| Crack growth in rollers due to moving hertzian compression | |
| H.J. SCHINDLER |
| Three-criteria-concept for the design of structures with cracks and sharp notches | |
| G. KULLMER, H.A. RICHARD |
| Combination of corrosion and fatigue in aircraft components | |
| J. WOODTLI |
| The analysis of a wind induced fatigue fracture in energy plant equipment | |
| A.A. FERNANDES, P.M.S.T. deCASTRO |
| Fatigue, fracture and microstructure relationships of an automobile component | |
| K. PEDERSEN, O. JENSRUD, J.I. MOE, H.J. ROVEN |
| X-ray fractography on fracture analysis of actual accident | |
| K. MATSUI, Y. HIROSE, A. CHADANI, K. TANAKA |
| Estimation of fatigue damage during operation of a dynamic system | |
| M. BILY, J. PROHACKA |
| Application of fractography in full-scale tests of aircraft structure parts | |
| J. KUNZ, I. NEDBAL, J. SIEGL |
| Full scale flight by flight wing spar fatigue test | |
| J. FIDRANSKY, J. FIALA |
| Application of probabilistic fracture mechanics theory to calculation of life of gears | |
| B. ABERSEK, S. MIKLUS, J. FLASKER, M. LAKOTA |
| Determination of the service life of gears with cracks Initiated in tooth root | |
| J. FLASKER, S. PEHAN, B. ABERSEK |
| Quantitative assessment of base defects in compressed gas cylinder by fracture mechanics | |
| S. BUDANO, D. MORABITO, V. RIZZI |
| Analysis of failure in boiler down-pipes | |
| A. KRAJCZYK, R. ZUCHOWSKI |
| The analysis of grind repairs in pressure vessels | |
| A. CLYNE |
| Overload effects on the fatigue crack propagation in ferrite-pearlite railway wheels | |
| J.M. R. IBABE, J. G. SEVILLANO |
| How to teach fracture mechanics? | |
| H.-P. ROSSMANITH |
| Engineering requires continuing education on fracture | |
| L. FARIA |
| Application of high damping steel and key curve method to instrumented Charpy Test | |
| N. OHTSUKA, N. URABE |
| Interpretation of crack arrest toughness data measured with various steels. | |
| J.F. KALTHOFF |
| Transition in the failure behaviour of shear impacted cracks | |
| J.K. KALTHOFF |
| Low cycle fatigue behaviour of 1% Cr Mo V steel using a new multiaxial test facility | |
| U.S. FERNANDO, M.W. BROWN, K.J. MILLER |