General Papers
| An overview of failure mechanisms in creep | |
| G. W. Greenwood |
| An overview on fatigue problems in the car industry. | |
| A. Bignonnet |
| Current airframe fatigue problems. | |
| P. Poole, R. Cook |
| Multiple cracking in thermal fatigue. | |
| A. Fissolo, B. Marini |
| Microfracture mechanics based modelling of fatigue crack growth in aluminium alloy AL7010 T74S1 under random loading. | |
| L. Wei, E. R. de los Rios |
| Fatigue crack propagation in notched stainless steel specimens under variable amplitude loading. | |
| D. S. Tchankov, Y. A. Davidov, T. Z. Kamenova |
| Experimental statistical analysis of scatter in fatigue crack growth life under stationary random loading. | |
| B. Moreno, J. Zapatero, J. Domínguez |
| The stress intensity factor for small cracks at micronotches under torsion. | |
| S. Beretta, Y. Murakami |
| Short fatigue crack propagation from notches in N18 Ni based superalloy. | |
| F. Sansoz, B. Brethes, A. Pineau |
| Crack branching and threshold conditions of small cracks in biaxial fatigue. | |
| Y. Murakami, K. Takahashi |
| A review of highcycle fatigue models under nonproportional loadings | |
| T. Lagoda, E. Macha |
| A study of multiaxial fatigue damage accumulation in carbon steel. | |
| D. K. Suker, M. W. Brown, J. R. Yates, U. S. Fernando |
| Fatigue limit of nodular cast iron containing casting defects. | |
| Y. Nadot, J. Mendez, N. Ranganathan, A. S. Beranger |
| Fatigue surface cracks in cast iron with nodular graphite. | |
| M. Schleicher, H. Bomas, P. Mayr |
| Fatigue damage analysis of austenitic stainless steel by magnetic force microscope. | |
| T. Suzuki, K. Hirano |
| Fatigue crack propagation in FeAl and TiAl alloys as influenced by environment and temperature. | |
| A. Tonneau, G. Henaff, C. Mabru, J. Petit |
| Thermal ageing and anisotropy effects on the fatigue crack growth behaviour of duplex stainless steels. | |
| A. Mateo, N. Ramirez, L. Llanes, Y. Houbaert, M. Anglada |
| Fatigue strength of annealed 0.37% carbon steel containing small defect under combined axial and torsional loading. | |
| M. Endo |
| Crack propagation prediction of practical fatigue defects using a crack shape following technique. | |
| X. B. Lin, R. A. Smith |
| Improvement of fatigue strength and fracture surface morphology of hard shotpeened type 316L steel. | |
| Y. Ochi, K. Masaki |
| Environmental effect on the growth of microstructurally small cracks in stainless steels. | |
| M. Nakajima, K. Tokaji |
| Effect of a small blind hole on the fatigue strength of heattreated steel plain specimens in NACL solution. | |
| M. Goto, T. Yamamoto, H. Nisitani, N. Kawagoishi |
| Application of microstructural fracture mechanics to shotpeened components. | |
| C. Vallellano, A. Navarro, E. R. de los Rios |
| Component lifing by shotpeening. | |
| S. Kyriacou |
| Surface treatment and residual stress effects on the fatigue strength of carburised gears. | |
| B. A. Shaw, A. M. Korsunsky, J. T. Evans |
| Evaluation of fatigue strength of arbitrarily notched specimens with small defects based on linear notch mechanics. | |
| F. Takeno, H. Nisitani |
| Assessment of the period to fatigue macrocrack initiation near stress concentrators. | |
| O. P. Ostash, E. M. Kostyk |
| Fatigue crack growth in round bars under rotary bending. | |
| R. Brighenti, A. Carpinteri, G. Filippini, A. Spagnoli |
| Prediction of the evaluation of semielliptical defect shape during crack propagation. | |
| T. Boukharouba, K. Azouaoui, J. Gilgert, G. Pluvinage |
| An alternative crack path stability parameter. | |
| L. P. Pook |
| Fatigue strength of material at the weld toe in the presence of surface microdefects. | |
| V. Gliha |
| Inservice cracks growth in shafts of aircraft structures under simultaneous rotation or torsion and bending. | |
| A. A. Shaniavski, A. L. Toushentsov |
| Weight function method for determination of critical plane position under multiaxial loading. | |
| R. Brighenti, A. Carpinteri, E. Macha, A. Spagnoli |
| Low cycle fatigue and fracture toughness behaviour of a nonmagnetic austenitic CrMnN steel. | |
| L. V. Vareda, D. Spinelli |
| Modelling the effect of micropores on the fatigue life of AA7050 aluminium alloy thick plates. | |
| J. C. Ehrstrôm, D. Roy,, M. Garghouri, R. Fougères |
| The influence of retained austenite on short fatigue crack growth in case carburized steel. | |
| V. F. da Silva, O. R. Crnkovic, W. W. Bose Filho, D. Spinelli |
| Prediction of fatigue crack behaviour in elastoplastic materials. | |
| V. V. Panasyuk, O. Ye. Andreykiv, O. I. Darchuk |
| Damage tolerance prediction using probabilistic modelling of a random stressstrain response. | |
| J. Cacko |
| A high magnification Moiré interferometer for microstructural strain field analysis. | |
| F. A. La Porta, J. M. Huntley, T. E. Chung, R. Faulkner |
| Fatigue threshold behavior of thin metallic foils. | |
| A. Hadrboletz, G. Kathibi, B. Weiss, R. Stickler |
| Fatigue crack initiation stage in polycrystalline copper. | |
| H. Alush, A. Bussiba, Y. Katz |
| A study of fatigue crack under block loading spectrum. | |
| B. M. Elsehily |
| Effect of baseline loading on fatigue crack growth retardation due to an overload. | |
| X. Decoopman, A. imad, M. NaitAbdelaziz, G. Mesmacque |
| Basic mechanisms of fatigue crack kinetics in metals. | |
| N. V. Tumanov, S. A. Cherkasova |
| Fatigue strength and fatigue crack initiation of steel notched plates under cyclic and random loading. | |
| D. S. Tchankov, A. Ohta, N. Suzuki, Y. Maeda |
| Some aspects of small fatigue cracks under variable stress ratios. | |
| H. K. Kotoguchi, T. Wakasugi, H. Okamoto |
| The use of fatigue to design structures under variable loading. | |
| L. C. H. Ricardo, A. H. P. Andrade |
| High temperature mechanical testing: review and future directions. | |
| M. S. Loveday, R. P. Skelton |
| Low cycle fatigue behaviour and lifetime prediction of a SiC particulate reinforced aluminium alloy at elevated temperatures. | |
| A. Jung, H. J. Maier, H.J. Christ |
| Low cycle fatigue strength of high temperature welded joints: an efficient method to predict the life of austenitic 316L(N) weldments. | |
| L. Le Ber, C. Sainte Catherine, N. Waeckel, M. Turbat |
| Fatigue crack growth behaviour at elevated temperatures of titanium alloys. | |
| C. SarrazinBaudoux., Y. Chabanne, J. Petit |
| Effect on inclusions on gigacycle fatigue of a nickel base alloy. | |
| C. Bathias, J. Bonis |
| Mechanism map of U72ULi superalloy at 650°C. | |
| J. Tong, J. Byrne |
| Creep fatigue crack growth of semielliptical defect in austenitic stainless steel plates. | |
| F. Curtit, L. Laiarinandrasana, B. Drubrav, B. Martelet |
| Creep and creep-fatigue behaviour of UD1MET 720 at 850°C. | |
| E. Chateau, L. Remy |
| Creep behaviour of a Ti6A14V alloy in different heat treating conditions. | |
| F. J. Seco, F. Zapirain, F. Penalba, A. M. lrisarri |
| Modelling of microstructural creep damage in welded joints of 316 stainless steel. | |
| G. Bouche, L. Allais, V. Lezaud, R. Piques |
| Fatigue crack initiation in a ferritic-martensitic steel under irradiated and unirradiated conditions. | |
| J. Bertsch, A. Moslang,, H. Riesch-Oppermann |
| Fatigue fracture of low alloy steel at ultrahighcycle region under elevated temperature condition. | |
| k. Kanazawa, S. Nishijima |
| Fatigue fracture of power engineering structures. | |
| V. N. Shlyannikov, A. V. Tchadaev, V. A. Kalatchev |
| Fatigue strength of ionnitrided steel at elevated temperature. | |
| A. Onuki, Y. Numazaki |
| High temperature fatigue crack growth behaviour of the UDIMET 720 Li alloy. | |
| G. Onofrio, V. Lupinc |
| Lifetime prediction under cyclic loading for a class of elasto-viscoplastic damaged model. | |
| S. Bezzina |
| Modelling of the strain rate effect on the lifetime of austenitic steels under 399 cyclic loading at the high temperatures. | |
| A. G. Gulenko, B. Z. Margolin |
| The influence of service and manufacturing defects on cyclic life of gas turbine engine blades. | |
| B. A. Gryaznov, Yu. S. Nalimov, G. V. Tsyban'ov |
| Low cycle fatigue of platinum aluminide coated MARM002 nickelbase superalloy in a sulphidizing atmosphere at 870°C. | |
| G. Govender, E. Aghion, N. Comins |
| Creep-fatigue crack growth modelling based on local and global approaches for 316L(N) stainless steel. | |
| L. Laiarinandrasana, R. Piques, J. P. Polvora, B. Martelet |
| IDENT 1D Identification of material constitutive parameters. | |
| L. Le Ber, E. Champain, L. Nicolas, C. Sainte Catherine |
| Influence of ageing on intergranular cracking of 321 heat affected zones. | |
| M. Chabaud, L. Allais, I. Chu, P. Dubuisson, A. Pineau |
| Assessments of cracks under transient thermalmechanical loading conditions in ductile engineering materials. | |
| H. Yuan, D. Kalkhof |
| Experimental setup for dynamic fracture of materials at high temperature. | |
| L. Guillaumat, F. Coilombet, J. L. Lataillade |
| Influence of temperature on fatigue microcracks kinetics in a titanium alloy. | |
| S. Mailly, J. Mendez |
| The peculiarities of designing with brittle materials weak points and deficiencies. | |
| D. Rubesa, R. Danzer |
| Hidden defects: Griffith's laws in silicate glasses. | |
| R. J. Hand |
| Crystallographic fractometry of TiAl fracture surfaces. | |
| T. Hebesberger, C. O. A. Semprimoschnig, R. Pippan, O. Kolednik,, H. Clemens |
| Modelling the fracture behaviour of CMCs. | |
| A. MartinMeizoso, J. M. MartinezEsnaola, M. R. Elizalde, I. Puente, M. Fuentes |
| Point contact fatigue in polycrystalline alumina. | |
| J L. Henshall, M.O. Guillou, R. M. Hooper |
| Fracture resistance of YTZP materials: influence of microstructure. | |
| D. Casellas, L. Llanes,, M. Anglada |
| A method for fracture toughness testing of ceramics ready for standardisation. | |
| R. J. Damani, R. Danzer |
| Crack healing behaviour of Si3N4 ceramics and its application to structural integrity. | |
| K. Ando, S. Sato, Y. Kobayashi, M. C. Chu |
| Development of Batdorfs approach for multiaxial fracture of ceramics. | |
| W.S. Lei, W. Dahl |
| Subcritical crack growth in three engineering ceramics under biaxial conditions. | |
| L. Guerra Rosa, J. Cruz Fernandes, I. Alexandrine Duarte |
| Modeling of crack system formation in a ceramic disk under a thermoshock. | |
| R. V. Goldstein, N. M. Osipenko |
| Ceramics and cermet composites: comparison from the position of fracture mechanics. | |
| O. M. Romaniv, B. D. Vasyliv |
| Method for investigation of the longterm fracture and reliability of brittle materials. | |
| V. A. Osadchuk, A. M. Margolin, R. M. Kushnir, M. M. Nykolyshyn |
| Determination of the float glass fracture toughness with notched specimen, microstatistical approach. | |
| H. Gouair, Z. Azari, A. Kifani, G. Pluvinage |
| Effects of notch root radius on both crack initiation sites and fracture toughness of ceramics and steel. | |
| K. Tsuji, K. Ando |
| Fracture toughness and work of fracture of SiCfibre glass matrix composite aged in nonoxidising atmosphere. | |
| I. Dlouhy, M. Reinisch, B. Vlach, A. R. Boccaccini |
| Effect of temperature and strain rate on the interfacial sliding stress of a GCMC. | |
| I. Puente, M. R. Elizalde, J. M. Sánchez, A. Martin-Meizoso, J. M. Martinez-Esnaola |
| Glass strengthening with epoxy based coatings: a fractographic study. | |
| R. J. Hand, F. H. Wang, B. Ellis, A. B. Seddon |
| Influence of microstructure on fatigue fracture characteristics of AI2O3. | |
| M. Kido, G. Katayama, Y. Tsuchibushi, N. Inoda |
| Probabilistic study on fatigue life of proof tested ceramics spring. | |
| K. Ando, S. Sato, T. Soné, Y. Kobayashi |
| Progress towards a unified structural integrity assessment procedure the SINTAP project. | |
| A.C. Bannister, S. E. Webster, M. Koiak, R. A. Ainsworth, K. Wallin, J. Y. Barthelemy |
| Defect assessment procedure for strength mismatched structures SINTAP. | |
| Y.J. Kim, R. A. Ainsworth, M. Kocak |
| Development of methods for including constraint effects within the SINTAP procedures. | |
| R. A. Ainsworth, I. Sattari-Far, A. H. Sherry, D. G. Hooton, I. Hadley |
| Fracture toughness estimation methodology within the SINTAP project. | |
| K. Wallin, A. C. Bannister, P. Nevasmaa |
| New welding residual stresses compendium incorporated into the SINTAP structural integrity assessment procedure. | |
| A. Stacey, J. Y. Barthelemy |
| A CTOA description of size effects in R-curves for large growth. | |
| R. M. Curr, C. E. Turner |
| Fracture mechanics assessment of components. | |
| E. Roos, K. Kussmaul |
| Contribution to the development of a J estimation scheme for circumferential throughwall cracks in pipes. | |
| Ph. Gilles |
| Investigations towards J-R curves independence of the specimen size | |
| A. Neimitz, R. Molasy |
| Transferability of planestress R-Curves: effects of specimen size and crack length. | |
| V. P. Naumenko, O. Kolednik, N. P. O'Dowd, G. S. Volkov, A. I. Semenets |
| A local approach to cleavage fracture of A508 steel. | |
| A. Rossoll, C. Berdin, P. Forget, C. Prioul, B. Marini |
| Cracks and strain energy. | |
| D. S. Dugdale |
| Fracture toughness evaluation using circumferentially cracked cylindrical specimens. | |
| C. H. L. J. ten Horn, A. Bakker |
| Tests of full scale structural members for the verification of annex C, to Eurocode 32. | |
| B. Kalinowski, P. Langenberg, W. Dahl, G. Stotzel, N. Stranghoner, G. Sedlacek |
| Brittle and ductile failure under mixed mode loading. | |
| D. J. Smith, T. D. Swankie, M. Ayatollahi, M. J. Pavier |
| Relation between the crack tip displacement vector and the J-integral in mixed mode ductile fracture. | |
| C. Dalle Donne, A. Pirondi |
| Ductile fracture toughness under biaxial loading. | |
| S. Arndt, A. G. Atkins |
| Anisotropic fracture behaviour of eutectoid steels with different degrees of drawing. | |
| J. Toribio, M. Toledano |
| Modelling of the ductile to brittle transition of a low alloy steel. | |
| S. Carassou, S. Renevey, B. Marini, A. Pineau |
| The effect of section size on the transition fracture toughness of a silicon killed CMn plate steel. | |
| R. H. Priest, R. Moskovic |
| Prediction of cleavage fracture in welded wide plates by the J-Q-M approach. | |
| C. Thaulow, Z. L. Zhang, M. Hauge |
| Brittle fracture of duplex stainless steels. | |
| T. J. Marrow |
| Anisotropic ductile rupture. | |
| A. A. Benzerga, J. Besson, R. Batisse, A. Pineau |
| Damage kinetics in ferritic spheroidal graphite cast iron. | |
| C. Guillemer-Neel,, X. Feaugas, V. Bobet, M. Clavel |
| Crack length effect on fracture behaviour of duplex steels. | |
| I. Dlouhy,, Z. Chlup, M. Holzmann |
| A crack closure in combined tension and bending of plates | |
| I. P. Shatsky |
| Fracture study of human bones by optical methods. | |
| M. Konsta-Gdoutos, E. E. Gdouto, D. D. Raltopoulos, J. Meissner |
| A mechanism of 3-D crack growth and splitting in biaxial compression. | |
| E. Sahouryeh, A. V. Dyskin, L. N. Germanovich |
| Application of local approach to the cleavage fracture behaviour of F82Hmod ferritic-martensitic structural steel. | |
| H. Riesch-Oppermann, E. Diegele, A. Brückner-Foit |
| Local approach of fracture in gray cast iron. | |
| V. Vasauskas,, S. Baskutis |
| Localisation of deformation viewed as a loss of quasi-staticity. | |
| V. Keryvin, J. L. Hanus, T. Désoyer |
| Assessment of the crack resistance behaviour of martensitic steels by fracture toughness and in situ tensile tests. | |
| D. Regener, E. Schick |
| The fracture resistance of bimaterial copper-stainless steel interfaces with three-point bend configuration. | |
| A. Laukkanen, P. KarjalainenRoikonen, P. Moilanen, S. Tahtinen |
| Characterisation of constraint effects based on micromechanical modeling. | |
| H. Yuan, D. Kalkhof |
| Ductile tearing of thin sheets: a comparison of three plane stress toughness characterisation parameters. | |
| A. Galarza, A. Martín Meizoso, J. M. Martínez Esnaola, J. Gil Sevillano |
| Probabilistic model for fracture toughness prediction. | |
| U. Z. Margolin, A. G. Gulenko, V. A. Shvetsova |
| Simulation of room temperature sustained load cracking of commercial purity titanium. | |
| G. Shatil, D. J. Smith |
| Investigation of the plastic deformation during cleavage fracture. | |
| C. O. A. Semprimoschnig, R. Pippan |
| Effective stress intensity factor of a reallike 3D intergranular crack front. | |
| P. Sandera, J. Hornikova, J. Pokluda |
| Flaw assessment in structures of strain hardening material. | |
| S. Kovchyk, R. Risnytchuk |
| Master curve methodology and fracture behaviour of the cast steel. | |
| M. Holzmann, V. Kozak, I. Dlouhy |
| Fracture mechanics methods for residual stress evaluation in plane problems. | |
| M. Beghini, L. Bertini, F. Di Puccio |
| The inner-cut-off-radius in the Ritchie-Knott-Rice model of cleavage fracture. | |
| F. O. Riemelmoser, R. Pippan |
| The correlation between Charpy fracture energy and fracture toughness from a theoretical point of view. | |
| H. J. Schindler |
| Two-parametric elastic-plastic fracture criteria. | |
| A. Ziliukas |
| Crack growth initiation of asymmetrically branched crack in an infinite elastic medium. | |
| G. Papakaliatakis |
| On the ductile tearing initiation: comparison between a complex structure and CT specimen. | |
| S. Chapuliot |
| Crack behaviour analysis in the heat affected zone of microalloyed steels. | |
| K. Geric, S. Sedmak |
| Fracture toughness of thin nodular cast iron. | |
| M. Janssen, H. Boone |
| Microstructural effects on damage mechanics in constructional steel. | |
| U. Achenbach, S. Klingbeil, U. Prahl, W. Dahl, W. Bleck |
| Preliminary study of the toughness dependence on the heat treatment of a nodular cast iron. | |
| U. Ferraz, M. Pereira, F. Darwish, S. Paciornik |
| Some critical remarks on the Dugdale strip yield model for the crack tip plasticity. | |
| D. Pustaic,, B. Stok |
| Fracture toughness of thick plates of Ti6A14V weldments. | |
| I. Eizaguirre, F. Santamaria, A. M. Irisarri, L. M. Plaza |
| Influence of metallurgical parameters on the fracture toughness of stainless steel welds. | |
| P. Ould, P. Balladon |
| Influence of the stress state in mismatched weld joints on fracture resistance under tension. | |
| E. Ranatowski |
| Kinetics of damage accumulation in a material at high strains. | |
| A. A. Lebedev, N. G. Chausov, I. O. Boginich |
| Recent developments in numerical fracture methods within the R6 procedure. | |
| R. A. Ainsworth, A. H. Sherry, R. Koers |
| A comparison of geometrical parameter and Gurson's model approaches to simulations of ductile fracture in pipelines. | |
| A. Corigliano, G. Maier, S. Mariani |
| Two models of ductile fracture in contest: porous metal plasticity and cohesive elements. | |
| T. Siegmund, G. Bernauer, W. Brocks |
| Experiments on warm prestress effect and their numerical simulation based on local approach. | |
| E. Roos, U. Alsmann, K. Elsasser, U. Eisele, M. Seidenfuss |
| Fatigue cracks at sharp notches. | |
| S. Sahn, V. B. Pham, B. Wurm, T. Hamemik |
| Numerical method for determination of the mixed mode crack behaviour 951 in elastic-plastic materials. | |
| J. Li, X. B. Zhang, N. Recho |
| An interface model based on damage coupled to slip and dilatation. | |
| P. Cannmo |
| Two and three-dimensional effects in the simulation of wide plate tests. | |
| I. C. Howard, Z. H. Li, D. P. G. Lidbury, A. M. Othman, R. Patel, A. H. Sherry, J. Simpson |
| Study on the process of intrusion formation using crystalline FEM analysis. | |
| N. Osawa, Y. Tomita, K. Hashimoto |
| The influence of defects on intergranular fracture in polycrystalline materials at low temperatures. | |
| P. E. J. Flewitt, G. E. Smith, R. Moskovic, A. G. Crocker |
| A comparative study of the Rice & Tracey and Rousselier models in the analysis of the ductile tearing. | |
| J. Wilsius, A. Imad, M. Nait Abdelaziz, G. Mesmacque, C. Eripret |
| A numerical method to simulate ductile crack growth. | |
| S. Marie, S. Chapuliot |
| A numerical model to analyze the effect of hydrogen on ductile fracture behaviour. | |
| M. A. Astiz, J. A. Alvarez, F. Guttierrez-Solana |
| Analog of deltac model for elasto-plastic piecewise-homogeneous plates and shells with cracks. | |
| R. M. Kushnir, M. M. Nykolyshyn, R. A. Bodnar |
| The solutions of elasticity problems for cracked plates stiffened by patches. | |
| M. P. Savruk, V. S. Kravets |
| Analysis of failure loadings at contact of anisotropic and isotropic half-planes with local surface recess-type flaws. | |
| A. A. Kryshtafovych, R. M. Martynyak, R. M. Shvets |
| Notches and kinked cracks in materials with general anisotropy. | |
| C. Blanco, J. M. MartinezEsnaola, C. Atkinson |
| Stress intensity factors for oblique edge crack under travelling load. | |
| M. Beghini, L. Bertini, V. Fontanari |
| Stress intensity factors for a semielliptical crack under various stress distribution. | |
| S. Pommier, C. Sakae, Y. Murakami |
| Crack tip fields in coarse two phase materials under creep loading conditions. | |
| C. Broeckmann, O. Liisebrink |
| The variation of the neartip parameters of a growing crack in a plain sided CT specimen. | |
| W.Y. Yan, O. Kolednik, F. D. Fischer |
| Study of ductile fracture of austenitic stainless steels by local approach. | |
| C. Geney, S. Degallaix-Moreuil, Y. Desplanques, T. Millot |
| FE-simulation of crack growth using damage parameter and cohesive surface concept. | |
| L. Mishnaevsky Jr, O. Mintchev, S. Schmauder |
| High-resolution numerical modelling of stress-strain fields in the vicinity of a crack tip subjected to fatigue. | |
| J. Toribio, V. Kharin |
| Numerical approach for the prediction of fatigue crack growth in microelectronics solder joints. | |
| K. Kaminishi, M. lino, M. Taneda |
| Prediction of fatigue crack growth under complex loading with the software system FRANC/FAM. | |
| H. A. Richard, B. May, M. Schollmann |
| A statistical model for coalescence of dispersed flaws. | |
| S. Ignatovich, F. F. Ninasivincha -Soto |
| Why and how the elastic response of an ideal crack is to be harmonized with that of an actual crack. | |
| V. P. Naumenko |
| Near-neutral stress corrosion cracking of buried pipelines: field experience and research results. | |
| V. Pistone |
| Current issues in hydrogen embrittlement. | |
| A. Turnbull |
| Competition between sensitisation and environmentally induced grain boundary damage in 304 stainless steel. | |
| K. Wolski, A. Harabasz, M. Biscondi, T. Magnin |
| Environmental aspects of the sustained-load cracking in a mill annealed titanium alloy. | |
| Y. N. Lenets, A. H. Rosenberger, T. Nicholas |
| A mechanical approach to the prediction of stress corrosion crack initiation of alloy 600. | |
| G. Barbier, P. Bystricky |
| Formation and characteristics of quasi-cleavage crack in hydrogen damaged low strength steel. | |
| Y. Nakatani, H. Matsuoka, K. Yamada |
| Hydrogen assisted cracking of high-strength steels for civil engineering purposes. | |
| J. Toribio, E. Ovejero |
| Electrochemical approach to the development of a simulating physiological environment for strength evaluation of hard tissue replacement materials | |
| B. J. Lee, J. Komotori, M. Shimizu |
| Thermocycling in hydrogen environment as simulation method of pipeline steam steel's damages. | |
| H. M. Nykyforchyn, O. Z. Student |
| Degradation of corrosion fatigue crack growth resistance of a power plants pipe-line steel under operating conditions | |
| I. M. Dmytrakh, A. B. Vainman, R. I. Vovk |
| Influence of the intermetallic phases precipitation on the corrosion behaviour of a duplex stainless steel | |
| A. M. Irisarri, E. Erauzkin |
| Evaluation of the effect of geothermal environment on corrosion fracture of titanium alloy and steel. | |
| V. I. Pokhmurskii, O. S. Kalakhan |
| EAC of austenite in hot water crevices measured by rising displacement test method | |
| A. Brozova, K. Splichal |
| Some problems of the cold cracking in weld joints in aspect of fracture mechanics | |
| E. Ranatowski |
| Assessment of residual life of main gas pipe-lines with corrosion-fatigue damages | |
| Yo. L. Zubyk, O. Ye. Andreykiv, O. I. Darchuk |
| Predicted and experimental corrosion fatigue crack growth rates of anodically polarised steel in deaerated sea water | |
| C. J. van der Wekken, P. C. H. Anient, M. Janssen, J. Zuidema |
| Determination and prediction of corrosion fatigue cracks nucleation from surface of a semicircular notches | |
| V. V. Panasyuk, I. M. Dmytrakh |
| Identification of corrosion-mechanical fracture mechanism of structural steels | |
| H. M. Nykyforchyn, O. T. Tsyrulnyk |
| Corrosion fatigue at notches in high strength aluminium alloy | |
| E. M. Kostyk, O. P. Ostash, I. R. Makoviychuk, R. V. Chepil |
| Combined effect of hydrogen and stress concentrations in austenitic stainless steel | |
| L. Caballero, A. Valiente, J. Ruiz |
| Effect of specimen size and hydrogen exposure condition on KiH test | |
| N. Ohtsuka, Y. Shindo, H. Yamada |
| Fish eye formation in A508.3 and 18MND5 steels after hydrogen charging | |
| J. Sojka, M. Sozanska, J. Galland, L. Hyspecka, M. Tvrdy |
| Influence of transient near-tip stress field on hydrogen assisted tracking | |
| J. Toribio, V. Kharin |
| Local versus global decarburization during hydrogen attack in a vessel | |
| S. M. Schlogl, E. van der Giessen |
| Numerical simulations of hydrogen/dislocation interactions at a stress corrosion crack tip | |
| J.-Ph. Chateau, A. Paret, D. Delafosse, Th. Magnin |
| The role of structural defects in hydrogen induced cold cracking of steel weldments | |
| I. K. Pokhodnya, V. I. Shvachko, S. M. Stepanyuk |
| Determination of the characteristic yield force (Fzy) and displacement (Sj,) for instrumented mini charpy-V specimens | |
| H. Taylor |
| Instrumented impact testing of sub-size Charpy-V notch specimens: final results of the ESIS TC5 round-robin | |
| E. Lucon |
| Simplified fracture toughness measurement by drop weight loading | |
| J. D. G. Sumpter |
| Dynamic fracture mechanics testing of the HSLA steel | |
| Z. Radakovic, G. B. Lenkey, A. Sedmak |
| The “Small Punch” technique for evaluating quasi non-destructively the mechanical properties of steels | |
| V. Bicego, E. Lucon, C. Sampietri |
| Effect of crack depth on fracture mechanics properties estimated from instrumented precracked Charpy-tvpe tests | |
| H.-J. Schindler, Ph. Bond.G. Prantl |
| Modelling of the effect of irradiation on Charpy impact properties of steels | |
| R. Moskovic |
| Calculation of the asymptotic crack tip fields for a dynamic crack growth in ductile porous solids | |
| B. Potthast, K. P Herrmann |
| Strain/strain-rate controlled and geometry/microstructure dependent dynamic material failure | |
| C. H. Nguyen |
| Acoustic emissions in epoxy adhesive dynamic peel specimens containing interfacial layers | |
| H. Taylor, W. C. Law, J. P. E. Pyykko, D. L. Chadwick, R. E. Davis |
| Comparison of dynamic and static environmentally assisted cracking test methods for aluminium alloys | |
| M. G. Burns, D. Sarchamy, L. Schra, R. Braun |
| Influence of post weld heat treatment on the HAZ toughness of a C-Mn microalloyed steel | |
| V. L. O. Brito, H. J. C. Voorwald, N. Neves, L. F. G. Souza, J. M. A. Arneiro |
| Investigations of the warm prestress effect by the precracked instrumented Charpy tests | |
| H. Blumenauer, B. Eichler, J. Ude |
| Temperature effects in spall mechanics | |
| P. Chevrier, J. R. Klepaczko |
| Deformation and fracture of polymers: relativistic approach | |
| G.M. Kerch |
| Dynamic compression testing of plain carbon steel | |
| A. Doig, H. Taylor |
| High rate deformation behaviour during explosion loading of steel | |
| G. Pape, A. Bakker |
| Effect of the strain rate on the mechanical behaviour of a Ti-6Al-4V/SiC composite material | |
| F. Galvez, J. Rodriguez, P. Poza, J. Llorca, L. Ocafla, A. Martin-Meizoso, J. Gil-Sevillano, M. Fuentes |
| Effect of loading rate on the fracture mechanics characteristics of E420-C high strength steel | |
| G. B. Lenkey |
| ES1S TC4 activity on high rate testing of plastics | |
| A. Pavan |
| The evolution of an ISO standard for the mode I delamination toughness of laminates | |
| B. R. K. Blackman, A. J. Brunner, P. Davies |
| Modelling fracture in aluminium based metal matrix composites using a statistical approach | |
| K. M. Mussert, M. Janssen, A. Bakker, S. van der Zwaag |
| Effect of particle size on the fracture behaviour of aluminium hydroxide filled polypropylene | |
| J. I. Velasco, C. Morhain, M. LI. Maspoch, O. O. Santana |
| Fracture toughness of pyrolitic carbon-graphite composites for biological applications | |
| M. Raguso, A. Casadei, M. Rosetto, R. Doglione, D. Firrao |
| Analysis of local delamination in composite laminates with cross ply matrix cracks | |
| M. Kashtalyan, J. Zhang, C. Soutis |
| Hypercube graph based fracture models of fibrous bundles and composites | |
| A.A. Chekalkin |
| Study of the temperature effect on the matrix cracking in carbon/epoxy cross-ply laminates under cyclic loading | |
| N. Khemiri, L. Michel, F. Lachaud, E. Ramahefarison |
| On the mode II testing of carbon-fibre polymer composites | |
| B. R. K. Blackman, J. G. Williams |
| Experimental study of the dynamics of rapid crack propagation in plastic pipes | |
| S. Hillmansen, C. J. Greenshields, A. Ivankovic |
| The essential work of fracture of polyolefinic films | |
| M. LI. Maspoch, D. Ferrer, O. O. Santana, J. I. Velasco |
| A 3D multilayered model for UHMWPE gamma sterilised tibial insert | |
| M.-C. Dubourg, S. Plumet |
| Characterisation of fracture behaviour at low strain rate of PC/ ABS blends | |
| O. O. Santana, A. B. Martinez, J. I. Velasco, M. LI. Maspoch |
| Fracture behaviour of polypropylene copolymers - influence of interparticle distance and temperature | |
| W. Grellmann, G. H. Michler, S. Seidler, K. Jung, I. Kotter, M. Gahleitner, J. Fiebig |
| On two approaches to compressive fracture problems | |
| I. A. Guz |
| Thermofluctuational approach to fracture of filled elastomers | |
| A. L. Svistkov, L. A. Komar, S. N. Lebedev |
| Effect of cure on the impact behaviour of an epoxy resin. | |
| B. Ellis, M. S. Found, J. R. Bell |
| Impact perforation of thin CFRP laminates | |
| M. S. Found, I. C. Howard, A. P. Paran |
| Mode I fracture toughness testing of fibre-reinforced polymer composites: unidirectional versus cross-ply lay-up | |
| B. R. K. Blackman, A. J. Brunner |
| A general micromechanical approach to the study of the near-surface buckling in fibrous composites | |
| Yu. N. Lapusta |
| Micro-mechanical models of stable damage evolution on post-critical deformation stage and failure of composite materials | |
| A. A. Tashkinov, V. E. Wildemann, A. V. Zaitsev |
| A study on tensile strength distribution and its temperature dependence for amorphous alloy ribbons. | |
| T. Sakai, T. Ito |
| The scatter of strength in composite materials arising from their structural nonuniformity | |
| L. A. Golotina, V. V. Moshev |
| Slow crack growth in a MDPE: mechanical behaviour and long term creep failure predictions | |
| H. Ben Hadj Hamouda, R. Piques, N. Billon, L. Laiarinandrasana, P. Blouet |
| Loading rate dependence of fracture properties for engineering plastics | |
| Z. Major,, R. W. Lang |
| A fracture mechanics approach to failure mode sealing in concrete beams | |
| Al. Carpinteri, G. Ferro |
| Application of fracture mechanics to reinforced concrete beams under bending | |
| D. Sumarac, Lj. Atanaskovic |
| Shear fatigue failure of reinforced concrete elements without shear reinforcement | |
| M. Schlalli, E. Briihwiler |
| Creep-fatigue interactions during crack growth in a fine-sand asphalt concrete mixture | |
| J. Zuidema, J. Schulte, R. L. Krans, F. Tolman |
| Damage modeling of refractory concrete under thermal solicitations | |
| C. Andrieux, P. Boisse, Y. Dutheillet, V. Gabis, A. Gasser |
| Experimental and numerical investigations on crack development in a concrete slab subjected to thermal shock | |
| V. Mechtcberine, H. S. Miiller |
| Damage process analysis in concrete under compression | |
| M. Pavisic, K. Geric |
| Fracture behaviour of a solid with random porosity: experimental analysis and size effects | |
| Al. Carpinteri, B. Chiaia, S. Invernizzi |
| Fatigue life prediction of natural rubber components for uniaxial and multiaxial loadings | |
| N. Saintier, N. André, G. Cailletaud, R. Piques Ujthor |