General Papers
| A fracture driving force and failure assessment curve analysis for weldment with mechanical heterogeneity | |
| M. Zhang, Y. W. Shi, J. Q. Fu, J. X. Zhang |
| A RLA based maintenance strategy to extend life of equipments and plants | |
| D. K. Mahanty, S. K. Bhave |
| Analysis of one-sided bonded repair to a cracked thick plate | |
| C. Zhu, Y. C. Lam |
| Analytical PWR vessel integrity assessment by tearing instability theory | |
| J. R. Tarpani, D. Spinelli |
| Behavior of cracked branch pipes subject to out of plane bending | |
| S. Chapuliot, D. Moulin, G. Goudet, J. Bourg |
| Boiler feed water pump shaft life assessment through residual stress measurement | |
| K. Rajanna, C. R. Prasad, G. Jayaraman |
| Brittle and ductile fracture transition in steels subjected to mixed mode loading | |
| T. D. Swankie, J. C. W. Davenport, D. J. Smith |
| Characterisation of creep fracture at interfaces in weldments | |
| R. A. Ainsworth |
| Characterisation of hydrogen induced fracture in the titanium alloy IMI685 | |
| M. R. Bache, H. M. Davies, W. J. Evans |
| Cleavage fracture of a high strength steel weld metal | |
| R. K. Hughes, J. C. Ritter |
| Cleavage stress on the delamination plane of a plate steel | |
| J. Sun, J. D. Boyd |
| Comparison of models for sustained load crack growth in aluminium gas cylinders | |
| J. W. H. Price, R. N. Ibrahim, D. Ischenko |
| Conceptualization of crack closure mechanism maps | |
| V.K. Saxena, V. M. Radhakrishnan |
| Crack resistance behaviour of a CrMoV pressure vessel steel | |
| E. Schick, H. Blumenauer, P. Veit |
| Creep - fatigue interaction and life time prediction of AISI 316 stainless steel at 550°C | |
| M. Marchionni, D. Ranucci |
| Creep crack growth and constraints in weldments | |
| T. Vilhelmsen, G. A . Webster |
| Creep-fatigue cavities and their transition to small cracks along grain boundaries in type 304 stainless steel | |
| N. Tada, T. Kitamura, R. Ohtani, T. Fukuta |
| Creep-fatigue crack grow thin power-plant materials and components | |
| A. Saxena |
| Creep-fatigue damage analysis on pre-strained stainless steel type 321 by tube working in an operating boiler 291 | |
| M. Nakashiro, T. Yoshida, M. Kitagawa, H. Umaki |
| Creep-fatigue life evaluation for weldment of modified 9Cr-1 Mo steel | |
| I. Nonaka, S. Torihata, S. Kihara |
| Cyclic plastic deformation-induced martensitic transformation in austenitic steels | |
| J. Kaleta, G. Zietek |
| Design analysis and validation for a bonded composite repair to primary aircraft structure | |
| L. R. F. Rose |
| Design for cyclic loading in transport | |
| R . A . Smith |
| Determination of residual stresses and the resulting stress intensity factors in the ligament of pre-cracked plates | |
| H. J. Schindler, I. Finnie |
| Effect of hydrogen on fracture morphology of hydrogen assisted cracking in steel weldments | |
| N. Alam, H. Li, L. Chen, D. Dunne |
| Evaluation of creep crack growth rate in terms of creep fracture mechanism for 316 stainless steel | |
| M. Tabuchi, K. Kubo, K. Yagi |
| Experimental and numerical investigations on ductile-to-brittle transition in a carbon steel | |
| C. Yan, Y.W. Mai, S.X. Wu |
| Experimental study of damage kinetics in alfa/beta titanium alloys | |
| A . L. Helbert, X. Feaugas, M. Clavel |
| Failure analysis of adhesively bonded joints | |
| C. H. Wang, L. R. F. Rose |
| Failure assessment diagrams and mixed mode loading and cracked tubular joints | |
| F. M. Burdekin, G. J. Yang |
| Failure assessment of cast steel bridge piers by the CEGB R6-concept of fracture mechanics | |
| H. Amstutz, W. Dahl, P. Langenberg, T. Seeger |
| Failure life prediction by simple tensile test under dynamic load | |
| S. M. Yang, H. Y. Kang, J. H. Song, S. J. Kwon, H. S. Kim |
| Fatigue crack propagation and remaining life assessment of ship structures | |
| Y. Sumi |
| Fatigue life assessment of steel pressure vessels with varying stress concentration, residual stress and initial cracks | |
| J . H. Underwood, A. P. Parker |
| Fatigue propagation assessment of turbine blade cracks | |
| P. J. Haylen |
| Fracture assessment of ductile crack growth in weld material from a full-thickness clad RPV shell segment | |
| J. A. Keeney |
| Fracture behaviour of a single crystal nickel base superalloy SC16 | |
| A. Rumi, W. Chen, H. Fecht, H. Wever, R. P. Wahi |
| Fracture mechanics of materials and methods of assessment of structures service life-time: success and prospects | |
| V. V. Panasyuk, O. Ye. Andreykiv |
| Fracture toughness of high strength AA 2090 thin sheet | |
| R . Doglione, F. Arena, D. Firrao |
| Growth characterisation of fatigue cracks repaired with adhesively bonded boron/epoxy patches | |
| A. Baker |
| Influence of environment at 500°C on fatigue behaviour in a Ti6246 alloy | |
| S. Lesterlin, C. Sarrazin-Baudoux, J. Petit |
| Influence of weld joint mechanical properties on fracture toughness | |
| V. Gliha, I. Rak, N. Gubeljak, M. Kocak |
| Interaction between hydrogen diffusion and crack growth in hydrogen assisted cracking | |
| J. Toribio, V. Kharin |
| Investigation of weld failure in superaustenitic UNS S3l245 stainless steel | |
| B. Dixon |
| Life assessment for high temperature components - techniques and models | |
| A. N. Kumar |
| Life extension of fatigue damaged components | |
| Z. Domazet |
| Life prediction of solders in electronics | |
| W. J. Plumbridge |
| Linking scales in fracture mechanics | |
| John W. Hutchinson |
| Mechanical behaviour and failure criterion of Ti-6Al-4V alloy at room and cryogenic temperatures | |
| G. Laurent, G. Cailletaud, L. Remy |
| Morphological effect of grains on high temperature creep fracture in P/M tungsten fine wires | |
| K. Tanolle |
| Prediction of fatigue interaction from static creep and high frequency fatigue crack growth data | |
| K. Nikbin, J. Radon |
| Prediction of fracture in the transition regime: application to an A533B pressure vessel steel | |
| C. Eripret, D. P. G. Lidbury, A . Sherry, I. Howard |
| Prediction of high temperature creep fracture life by harmonizing mechanical, microstructural and physical methodologies | |
| A. Toshimitsu Yokobori Jr |
| Recent techniques for residual life assessment of materials serving fossil fuel firing aged power plants | |
| I. Nonaka, M. Kitagawa |
| Remaining life assessment of a HP-rotor | |
| R. W. Coade, S. Nowak |
| Residual stress effects on safe-life of welded structures | |
| J. B. Chang, S. T. Chiu, D. L. Goodembeger |
| SCC initiation for 4340 in distilled water | |
| A . Atrens, Z. F. Wang, J. Q. Wang |
| Small-crack growth and life prediction for LY12cz aluminum clad alloy | |
| X. R. Wu, H. Yu |
| Structural integrity for downstream operations in the oil industry | |
| M. J. Humphries, N. V. Bangaru, M. J. Luton, D. M. R. Taplin |
| Tensile behavior of intercritically treated high martensite dual-phase steel | |
| A. Bag, M. Menon, K. K. Ray, E. S. Dwarakadasa |
| The effect of cold work on the liquid metal induced embrittlement of brass by gallium | |
| R . E. Clegg, D. R. H. Jones |
| The estimation of probability values for fracture toughness after neutron irradiation | |
| P. L. Windle |
| The identification of fatigue-critical regions during fatigue testing of Macchi MB326H centre section lower booms | |
| S. Barter, N. Athiniotis, G. Clark |
| The role of oxidation on the creep behaviour of a commercial purity nickel | |
| M . C. Pandey, S. Srinivas |
| The significance of intergranular cavitation in creep-fatigue | |
| V. Sklenicka |
| Thoughts on assessing and maintaining structural integrity | |
| R. Jones |
| Triaxiality effects on hydrogen-assisted micro-damage evolution in eutectoid steel | |
| J. Toribio, E. Vasseur |
| A fracture driving force and failure assessment curve analysis for weldment with mechanical heterogeneity | |
| M. Zhang, Y. W. Shi, J. Q. Fu, J. X. Zhang |
| A RLA based maintenance strategy to extend life of equipments and plants | |
| Dilip K. Mahanty, S. K. Bhave |
| Analysis of one-sided bonded repair to a cracked thick plate | |
| C. Zhu, Y. C. Lam |
| Analytical PWR vessel integrity assessment by tearing instability theory | |
| J. R. Tarpani, D. Spinelli |
| Behavior of cracked branch pipes subject to out of plane bending | |
| S. Chapuliot, D. Moulin, G. Goudet, J. Bourg |
| Boiler feed water pump shaft life assessment through residual stress measurement | |
| K. Rajanna, C. R. Prasad, G. Jayaraman |
| Brittle and ductile fracture transition in steels subjected to mixed mode loading | |
| T. D. Swankie, J. C. W. Davenport, D. J. Smith |
| Characterisation of creep fracture at interfaces in weldments | |
| R. A. Ainsworth |
| Characterisation of hydrogen induced fracture in the titanium alloy IMI685 | |
| M. R. Bache, H. M. Davies, W. J. Evans |
| Cleavage fracture of a high strength steel weld metal | |
| R. K. Hughes, J. C. Ritter |
| Cleavage stress on the delamination plane of a plate steel | |
| J. Sun, J. D. Boyd |
| Comparison of models for sustained load crack growth in aluminium gas cylinders | |
| J. W. H. Price, R. N. Ibrahim, D. Ischenko |
| Conceptualization of crack closure mechanism maps | |
| V. K. Saxena, V. M. Radhakrishnan |
| Crack resistance behaviour of a CrMoV pressure vessel steel | |
| E. Schick, H. Blumenauer, P. Veit |
| Creep - fatigue interaction and life time prediction of AISI 316 stainless steel at 550°C | |
| M. Marchionni, D. Ranucci |
| Creep crack growth and constraints in weldments | |
| T. Vilhelmsen, G. A . Webster |
| Creep-fatigue cavities and their transition to small cracks along grain boundaries in type 304 stainless steel | |
| N. Tada, T. Kitamura, R. Ohtani, T. Fukuta |
| Creep-fatigue crack grow thin power-plant materials and components | |
| A. Saxena |
| Creep-fatigue damage analysis on pre-strained stainless steel type 321 by tube working in an operating boiler 291 | |
| M. Nakashiro, T. Yoshida, M. Kitagawa, H. Umaki |
| Creep-fatigue life evaluation for weldment of modified 9Cr-1 Mo steel | |
| I. Nonaka, S. Torihata, S. Kihara |
| Cyclic plastic deformation-induced martensitic transformation in austenitic steels | |
| J. Kaleta, G. Zietek |
| Design analysis and validation for a bonded composite repair to primary aircraft structure | |
| L. R. F. Rose |
| Design for cyclic loading in transport | |
| R . A . Smith |
| Determination of residual stresses and the resulting stress intensity factors in the ligament of pre-cracked plates | |
| H. J. Schindler, I. Finnie |
| Effect of hydrogen on fracture morphology of hydrogen assisted cracking in steel weldments | |
| N. Alam, H. Li, L. Chen, D. Dunne |
| Evaluation of creep crack growth rate in terms of creep fracture mechanism for 316 stainless steel | |
| M. Tabuchi, K. Kubo, K. Yagi |
| Experimental and numerical investigations on ductile-to-brittle transition in a carbon steel | |
| C. Yan, Y.W. Mai, S.X. Wu |
| Experimental study of damage kinetics in alfa/beta titanium alloys | |
| A . L. Helbert, X. Feaugas, M. Clavel |
| Failure analysis of adhesively bonded joints | |
| C. H. Wang, L. R. F. Rose |
| Failure assessment diagrams and mixed mode loading and cracked tubular joints | |
| F. M. Burdekin, G. J. Yang |
| Failure assessment of cast steel bridge piers by the CEGB R6-concept of fracture mechanics | |
| H. Amstutz, W. Dahl, P. Langenberg, T. Seeger |
| Failure life prediction by simple tensile test under dynamic load | |
| S. M. Yang, H. Y. Kang, J. H. Song, S. J. Kwon, H. S. Kim |
| Fatigue crack propagation and remaining life assessment of ship structures | |
| Y. Sumi |
| Fatigue life assessment of steel pressure vessels with varying stress concentration, residual stress and initial cracks | |
| J . H. Underwood, A. P. Parker |
| Fatigue propagation assessment of turbine blade cracks | |
| P. J. Haylen |
| Fracture assessment of ductile crack growth in weld material from a full-thickness clad RPV shell segment | |
| J. A. Keeney |
| Fracture behaviour of a single crystal nickel base superalloy SC16 | |
| A. Rumi, W. Chen, H. Fecht, H. Wever, R. P. Wahi |
| Fracture mechanics of materials and methods of assessment of structures service life-time: success and prospects | |
| V. V. Panasyuk, O. Ye. Andreykiv |
| Fracture toughness of high strength AA 2090 thin sheet | |
| R . Doglione, F. Arena, D. Firrao |
| Growth characterisation of fatigue cracks repaired with adhesively bonded boron/epoxy patches | |
| A. Baker |
| Influence of environment at 500°C on fatigue behaviour in a Ti6246 alloy | |
| S. Lesterlin, C. Sarrazin-Baudoux, J. Petit |
| Influence of weld joint mechanical properties on fracture toughness | |
| V. Gliha, I. Rak, N. Gubeljak, M. Kocak |
| Interaction between hydrogen diffusion and crack growth in hydrogen assisted cracking | |
| J. Toribio, V. Kharin |
| Investigation of weld failure in superaustenitic UNS S3l245 stainless steel | |
| B. Dixon |
| Life assessment for high temperature components - techniques and models | |
| A. N. Kumar |
| Life extension of fatigue damaged components | |
| Z. Domazet |
| Life prediction of solders in electronics | |
| W. J. Plumbridge |
| Linking scales in fracture mechanics | |
| John W. Hutchinson |
| Mechanical behaviour and failure criterion of Ti-6Al-4V alloy at room and cryogenic temperatures | |
| G. Laurent, G. Cailletaud, L. Remy |
| Morphological effect of grains on high temperature creep fracture in P/M tungsten fine wires | |
| K. Tanolle |
| Prediction of fatigue interaction from static creep and high frequency fatigue crack growth data | |
| K. Nikbin, J. Radon |
| Prediction of fracture in the transition regime: application to an A533B pressure vessel steel | |
| C. Eripret, D. P. G. Lidbury, A . Sherry, I. Howard |
| Prediction of high temperature creep fracture life by harmonizing mechanical, microstructural and physical methodologies | |
| A. Toshimitsu Yokobori Jr |
| Recent techniques for residual life assessment of materials serving fossil fuel firing aged power plants | |
| I. Nonaka, M. Kitagawa |
| Remaining life assessment of a HP-rotor | |
| R. W. Coade, S. Nowak |
| Residual stress effects on safe-life of welded structures | |
| J. B. Chang, S. T. Chiu, D. L. Goodembeger |
| SCC initiation for 4340 in distilled water | |
| A . Atrens, Z. F. Wang, J. Q. Wang |
| Small-crack growth and life prediction for LY12cz aluminum clad alloy | |
| X. R. Wu, H. Yu |
| Structural integrity for downstream operations in the oil industry | |
| M. J. Humphries, N. V. Bangaru, M. J. Luton, D. M. R. Taplin |
| Tensile behavior of intercritically treated high martensite dual-phase steel | |
| A. Bag, M. Menon, K. K. Ray, E. S. Dwarakadasa |
| The effect of cold work on the liquid metal induced embrittlement of brass by gallium | |
| R . E. Clegg, D. R. H. Jones |
| The estimation of probability values for fracture toughness after neutron irradiation | |
| P. L. Windle |
| The identification of fatigue-critical regions during fatigue testing of Macchi MB326H centre section lower booms | |
| S. Barter, N. Athiniotis, G. Clark |
| The role of oxidation on the creep behaviour of a commercial purity nickel | |
| M . C. Pandey, S. Srinivas |
| The significance of intergranular cavitation in creep-fatigue | |
| V. Sklenicka |
| Thoughts on assessing and maintaining structural integrity | |
| R. Jones |
| Triaxiality effects on hydrogen-assisted micro-damage evolution in eutectoid steel | |
| J. Toribio, E. Vasseur |
| A hypothesis of cumulative damage for fatigue crack initiation and propagation | |
| K. M . Golos |
| A new model of short crack closure | |
| J. Jianchun, D. Taylor |
| A simple model to predict fatigue strength with out-of-phase tension-bending and torsion stress condition | |
| D. Duprat, R. Boudet, A. Davy |
| A study of fatigue crack propagation mechanisms of a non-crystalline polymer | |
| Y. Bokoi, Y. Shiraishi, Y. Higo |
| Acoustic emission during fatigue of aircraft aluminium alloys | |
| G. Clark. P. K. Sharp, J. Q. Clayton |
| Analytic solution for fatigue life prediction under broad band random loading | |
| P. Lu |
| Application of the weakest link model to the fatigue limit of a hard bainitic steel | |
| H. Bomas, T. Linkewitz, P. Mayr, F. Jablonski, R. Kienzler, K. Kutschan |
| Behaviour of a spheroidal graphite cast iron in high cycle multiaxial fatigue under random loading spectrums in block | |
| T. Palin-Luc, S. Lasserre, J.- Y. Berard |
| Computer-controlled device for in-situ SEM study of the fatigue behaviour of metals and ceramics | |
| O. Mouritsen, B. L. Karihaloo |
| Correlation between hysteresis loops and substructure alterations during fatigue crack initiation | |
| H . H. EI-Sharawy, F. L. Bastion |
| Crack closure and microstructurally short fatigue crack growth rates | |
| K. Gall, H. Sehitoglu |
| Cyclic elastic-plastic strain behavior ahead of notches under cyclic tensile load and fatigue life | |
| K. Shingai |
| Deformation and fracture of a titanium alloy under bi-axial fatigue | |
| M. R. Bache, W. J. Evans |
| Dwell fatigue on TI 6246 at near ambient temperatures | |
| S. H. Spence, W. J . Evans, M. Cope |
| Editing for accelerated fatigue testing using strain range and SWT parameter criteria | |
| R. I. Stephens, J. E. Gunger |
| Effect of R ratio on fatigue crack growth characteristics of maraging steel | |
| K. Hussain, A. Tauqir, A. Ul Haq, A. Q. Khan |
| Effect of strengthening mechanisms on fatigue properties of low carbon dual phase sheet steel | |
| M. Kurita . M. Yamamolo, K. Tovama, N. Komatsubara, K. Kunishige |
| Effect of Young's modulus on fatigue crack propagation under variable loading | |
| H. Masuda, S. Matsuoka |
| Effects of crystallographic orientation on fatigue crack growth in titanium single crystals | |
| K. Takashima, Y. Mine, S. Ando, H. Tonda, Y. Higo, P. Bowen |
| Fatigue and fracture retardation using a thermo-mechanical method | |
| Y. C. Lam |
| Effects of sliding force on mode I fatigue crack growth | |
| X. Yu |
| Environmentally assisted small fatigue crack growth in 7017 aluminium alloy | |
| Z.-J. Lu, W. J. Evans |
| Evaluation of fatigue strength of adhesive bonded box section beams | |
| N. Tomioka, M. Kakiage |
| Fatigue crack closure in Al-Li 2090 alloy | |
| H. Y. Jung, S. D. Antolovich |
| Fatigue crack growth in particle-reinforced metal matrix composites | |
| B. Ellyin |
| Fatigue crack growth in transformation toughening ceramics | |
| J. H. Andreasen, C. V. Moller |
| Fatigue crack growth in transformation toughening ceramics | |
| J. H. Andreasen, C. V. Moller |
| Fatigue crack growth of Al 7475 T761 under constant and variable amplitude loading | |
| C. P. M. Pereira, H. J. C. Voorwald |
| Fatigue crack growth studies on lug joints | |
| K. Salish Kumar, B. Dartaguru, T. S. Ramamurlhy, K. N. Raju |
| Fatigue crack initiation and growth in titanium alloy matrix composite | |
| T. Tagawa, E. Wadahara, T. Miyala |
| Fatigue crack initiation and growth of stainless steels in 3% NaCl solution | |
| M. Nakajima, Y. Akalsuka, K. Tokaji |
| Fatigue crack initiation and growth of stainless steels in 3% NaCl solution | |
| M. Nakajima, Y. Akalsuka, K. Tokaji |
| Fatigue crack propagation and crack closure in grey and austempered ductile cast irons | |
| W. Wenfong, M . N. James |
| Fatigue design in engineering materials | |
| J. F. Knoll |
| Fatigue failure from sub-surface defects in a gas turbine disc alloy at elevated temperature | |
| J. Byrne, N. Y. K. Kan, I. W. Hussey, G. F. Harrison |
| Fatigue growth behavior of short cracks in alfa/beta SiAlON 1200°C | |
| G.-D. Zhan, M. J. Reece, J.-L. Shi, T.-S. Yen |
| Fatigue life prediction by statistical approach under constant amplitude loading | |
| O. S. Lee, C. Park, M. K. Han |
| Fatigue life under biaxial stress state with different cross-correlation coefficients of normal stresses | |
| T. Lagoda, E. Macha |
| Fatigue of an aluminum alloy under predominantly compressive loadings | |
| N. Ranganathan |
| Fatigue on full locked coil rope under bending in tramways systems | |
| G. Crespo, Z. Cassier |
| Fatigue properties of thermal sprayed steel with Co-based self-fluxing alloy | |
| J. Komolori, N. Qu, M. Shimizu, K. Shirai |
| Fiber orientation and fatigue behaviors of short glass fiber-filled polymer injection welds | |
| X. Lim |
| Fracture and fatigue crack growth behavior of high martensite dual-phase steel | |
| A. Bag, K. K. Ray, K. Aprameyan, E. S. Dwarakadasa, K. V. Sudhakar |
| Fracture and fatigue of Al2O3 based microsphere/6061-T6 aluminium metal matrix composite | |
| A. K. Heflier, A. Crosky, B. G. Park |
| High cycle fatigue analysis in mechanical design | |
| K. Dang Van |
| Influence of cryogenic temperatures and media on the fatigue failure resistance of Al-Li alloys | |
| V. A. Serdyuk, Yu A. Pokhif |
| Influence of microstructure on the fatigue crack growth behaviour of titanium alloys at high temperature | |
| C. Sarrazin-Baudoux, S. Lesterlin, J . Petit |
| Influence of moist atmospheres on fatigue crack propagation | |
| J. Petit, G. Henalf, C. Sarrazin-Baudoux, S. Lesterlin |
| Interrelation between inelasticity and high-cycle fatigue of metals | |
| V. T. Troshchenko |
| Low cycle fatigue crack propagation behavior of 1.5Cr-0.7Mo steel at high temperature | |
| S. H. Song, M. S. Kang, K. Y. Kim |
| Notch effect in high cycle fatigue | |
| G. Pluvinage |
| On the growth of fatigue cracks in advanced ceramics and intermetallics | |
| R. O. Ritchie |
| Overload induced fatigue crack growth and significance of retardation zone | |
| R. K. Pandey, B. B. Verma |
| Plastic instabilities during fatigue cycling | |
| A. Abel |
| Point contact surface fatigue in single crystal and polycrystalline magnesium oxide | |
| C. Maerky, J. L. Henshall, R . M. Hooper, M.-O. Guillou |
| Probabilistic mechanics modeling of fatigue crack growth and fracture | |
| A. B. O. Soboyejo |
| Probabilistic mechanics modeling of fatigue crack growth and fracture | |
| A. B. O. Soboyejo |
| Rotating-bending fatigue of a TiNi shape-memory alloy wire | |
| H. Tobushi, T. Hachisuka, S. Yamada, P. H. Lin |
| Small crack growth behaviour in oil environments | |
| M. Goto, N. Kawagoishi, H. Miyegawa, H. Nisitani |
| The calculations in a whole process of fatigue-damage-fracture for components | |
| Y. Yangui, J. Jianrong |
| The correlations among each parameter in some equations on crack growth stage | |
| Y. Yangui, J. Jianrong |
| The effect of microstructure and prestrain on fatigue crack propagation of dual-phase steels | |
| K. Nakajima, M. Yokoe, T. Miyata |
| The effect of peening on the fatigue life of aluminium alloys | |
| P. K. Sharp, G. Clark |
| The effect of small defects and residual stresses on fatigue | |
| T. C. Lindley |
| The effect of tempering temperature on the high cycle fatigue properties of high strength spring steels | |
| K. A. Lee. W. J. Nam, S. J. Yoo, N. J. Kim, C. S. Lee |
| The effects of localised stress field near the crack tip on fatigue striation alignment in Fe-3%Si single crystals | |
| M. Shimojo, Y. Uchida, Y. Higo |
| The theory of longterm fatigue fracture providing for cracks initiation and propagation | |
| Vladyslav P. Goluh |
| 3D cracks growth in materials with gas emission in bulk | |
| A. V. Balueva |
| 3D finite element modelling of a composite patch repair | |
| A. Mahadesh Kumar, R. Singh |
| 3D singular stresses in a cracked plate | |
| X. M. Su, C. T. Sun |
| A cell model for ductile fracture with applications to the transition regime | |
| C. Fong Shih, L. Cheng, J. Faleskog, X. Gao |
| A higher order fatigue crack paths simulation by the MVCCI-method | |
| H. Theilig, R. Daring, F.-G. Buchholz |
| A J-integral approach for evaluating the influence of residual stresses on fracture behavior | |
| M. Pereira, H. Wohlfahrt, F. Darwish |
| A more concise systematization of unified fracture theory | |
| T. Yokobori |
| A new approach to interacting 3D cracks | |
| S. Pill |
| A simple method of J-integral estimate for biaxially stressed mode I cracks | |
| M. Sakane, T. Itoh, M. Ohnami |
| A topology based system for simulating 3D crack growth in solid and shell structures | |
| B. J. Carter, C.-S. Chen, A. R . Ingraffea, P. A. Wawrzynek |
| An embedded-crack finite element approach to quasi-brittle fracture | |
| G. Bolzon, A. Corigliano |
| Application of the Griffith energy approach to non-classical problems of fracture | |
| L. V. Nikilin |
| Asymptotic analysis in fracture | |
| J. R. Willis |
| Branching problem of a crack and a debonding at the end of a clamped edge of thin plate | |
| N. Hasebe, M. Miwa, M. Nakashima |
| Circular rigid punch with one smooth and another sharp ends on an edge cracked matrix acted by concentrated forces | |
| J. Qian, N. Hasebe |
| Coating cracks in materials under an antiplane concentrated load | |
| C. K. Chao |
| Cohesive surface modeling of fast crack growth | |
| A. Needleman |
| Computational mechanics of interfacial fracture for composite debonding and of elastoplastic fracture with multi-site-damage | |
| S. N. Atluri, W. T. Chow, L. Wang |
| Computational modelling of concrete fracture | |
| R. de Borst |
| Computer simulation of brittle crack propagation and arrest of steel plate with temperature gradient based on local fracture stress criterion | |
| S. Machida, H. Yoshinari, S. Aihara |
| Computer simulation of brittle crack propagation and arrest of steel plate with temperature gradient based on local fracture stress criterion | |
| S. Machida, H. Yoshinari, S. Aihara |
| Constraint effects in mixed mode loading | |
| J. W. Hancock, A. Nekkal, A. D. Karstensen |
| Crack growth path and SIF distribution studies in 3D cases | |
| C. W. Smith |
| Crack growth under spatially random stress fields | |
| A. V. Dyskin |
| Effects of an electric field on the energy release rate: a self-consistent analysis | |
| T.- Y. Zhang, C.-F. Qian, P. Tong |
| Evolution equations of stable and unstable crack propagation | |
| A . Neimitz |
| Finite deformation analysis of crack growth in elastic body | |
| V. A. Levin, V. V. Lokhin, K. M. Zingerman |
| Fracture analysis of cracked spherical shells | |
| R. Liu, C. H. Wang, R. G. Bathgate |
| Holonomic analysis of quasibrittle fracture with nonlinear softening | |
| F. Tin-Loi, M. C. Ferris |
| J estimation for cracked cylinders under combined thermal and mechanical loading | |
| S. Ignaccolo, B. Drubay, B. Michel, P. Gilles |
| Limit equilibrium of elasto-plastic piecewise-homogeneous cylindrical shells with non-through cracks | |
| R. M. Kushnir, M. M. Nykolyshyn, V. A. Osadchuk |
| Mixed-phase simulation with fracture-path prediction mode for dynamically curving fracture | |
| T. Nishioka, T. Okada, M. Nakatani |
| New developments of boundary element methods in fracture mechanics | |
| J. Sladek, V. Sladek, J. Balas |
| New directions: analysis of cracking localization and ultimate strength of structures in civil engineering | |
| H. Horii, J. Inoue |
| Non-classical problems of composite failure | |
| A. N. Guz |
| Nonlinear continuum and atomistic modeling of dynamic fracture instabilities | |
| H. Gao |
| Non-linear deformed interface corner stress characterization by effective parallel numerical methods | |
| M. Scherzer |
| Numerical analysis of a nonlocal damage model for ductile crack growth | |
| M. Feucht, D. Gross |
| On creep damage evolution in thin plates | |
| H. Altenbach, K. Naumenko |
| On fracture of an infinite elastic body in compression along a cylindrical defect | |
| A. N. Guz, Yu. I. Khoma, V. M. Nazarenko |
| On the full-field elastostatic deformation of cracks using non-linear finite strain analysis | |
| A. D. Nurse |
| On the origin of joints in sedimentary rocks | |
| G. P. Cherepanov |
| Particle based analysis of fracture and flow of brittle materials | |
| H. Sakaguchi, H.-B. Muhlhaus |
| Quasi-brittle fracture analysis by a symmetric Galerkin boundary element method | |
| C. Maier, A. Frangi |
| Shear fracture mechanism in a recycled aluminium alloy | |
| D. M. Li, A. Bakker |
| Some results on the onset and growth of interface cracks | |
| D. Leguillon |
| Stress intensity factor histories for a 3D crack moving steadily and unsteadily | |
| L. Chuntu, L. Xiangping |
| Strong interaction among randomly distributed microcracks | |
| W. Yang, S.-L. Zhang, T. Li |
| Symmetric BEM for fracture mechanics of thin plates | |
| A. Frangi, G. Novati |
| The constraint of elastic-plastic crack tip fields | |
| A. D. Karstensen, A. Nekkal, J. W. Hancock |
| The equilibrium of dilating shear crack with rough faces | |
| A. V. Dyskin, A. N. Galybin |
| The unified equivalent stress intensity factor Ktheta | |
| K. W. Lo, T. Tamilselvan |
| Thermal stress cleaving of a thin strip using a point heat source | |
| A. Saimoto, Y. Imai, H. Sawada |
| Three dimensional stress analysis of crack patching | |
| R. J. Callinan, L. R. F. Rose, C. H. Wang |
| Three layer technique for bonded composite patch | |
| S. Nabaulsi, S. Mall |
| Three-dimensional crack-face weight functions for the semi-infinite interface crack | |
| V. Lazarus, J. B. Leblond |
| Using Mori-Tanaka method for effective moduli of cracked thermopiezoelectric materials | |
| Q.H. Qin, S.W. Yu |
| Variational approach to limit load evaluation in framework of the ideal rigid plastic model taking into account tensile crack formation | |
| S. E. Alexandrov, R. V. Goldstein |
| A method to determine constitutive properties of thin interface layers loaded in shear | |
| K. S. Alfredsson, U. Stigh |
| A modified CTOD design curve in consideration of mechanical heterogeneity in welds | |
| M.W. Shi |
| A study of testing method and mechanisms of stress corrosion cracking performed on stainless steel | |
| H. X. Zhao, K. Seto, M. Matsumura |
| Analysis of fatigue mechanism in locked coil wire ropes by means of fractography | |
| J. Woodtli, C. Hellwig |
| Borehole in situ indentation tests in floating sea ice at high temperatures ( > 0.97Tm) | |
| N. K. Sinha |
| Comparison of crack closure measurements using Moire interferometry and results from a Dugdale-type crack closure model | |
| L. J. Fellows, D. Nowell, D. A. Hills |
| Defect resistance of thin walled pipeline girthwelds | |
| G. F. Bowie, F. J. Barbaro, C.J. Moss, R . Denys |
| Determination of blunting line for ARMCO iron under mixed mode II III loading | |
| M. Srinivas, S. V. Kamat, P. Rama Rao |
| Determination of the displacement vector at the crack tip for complex kinds of loading by the use of holographic and speckle interferometry | |
| L. M . Lobanov, V. I. Kiryan, V. A. Pivtorak, C. V. Cherkashin |
| Effects of a thin film on screw dislocation and dislocation dipole emission | |
| T.Y. Zhang, C.F. Qian |
| Effects of weld strength mis-match on CTOD design curve | |
| H. Xue, Y. W. Shi |
| Engineering treatment model (ETM) for creep crack driving force estimation | |
| L. Zhonghua, W. Brocks, K.-H. Schwalbe |
| Fatigue and quantitative fractography of an Al-6061 matrix composite | |
| B. R. Crawford, J . R. Crifftths |
| Fatigue design and assessment of welded joints | |
| S. J. Maddox |
| Fracture mode tests of ductile cast iron for casks | |
| A. Kosaki, T. Saegusa |
| Fracture of adhesive bonds between colloidal spheres | |
| K. Kendall, W. Liang, C. Stainton |
| Fracture of materials with strain gradient effects | |
| Y. Huang, L. Zhang, T.F. Guo, K. C. Hwang |
| Fracture toughness evaluation of advanced materials by instrumented impact testing system | |
| T. Kobayashi |
| Indentation cracking of brittle coatings | |
| H. M. Jensen |
| Influence of stress raisers on copper plate fracture under uniaxial tension loading | |
| A. T. Mohamed |
| Inspection of small piping containing weld flaws by improved ultrasonic testing technique | |
| Z.C. Yang, L.M. Ni, U. Mei |
| Macroscopic evaluation of localized damage in metal by infrared thermography | |
| H. Sakamolo |
| Mechanisms and mechanics of debond fractures along metal matrix composite interfaces | |
| A. S. Argon, M. L. Seleznev, C. F. Shih, X. H. Liu |
| New methods for characterizing fracture toughness behavior | |
| J. D. Landes |
| Notch strength of sintered tungsten alloys | |
| S. Kobayashi, Y. Mutoh, Y. Hosokai |
| On interface crack growth and the criterion to determine the direction of ductile crack propagation | |
| S. Hao, W. Brocks, M . Kopak, K.-H. Schwalbe |
| On the modelling of interface crack yielding zones | |
| A. Sheveleva |
| Predictions of residual stresses caused by quenching process in aluminium 6351-T6 gas cylinder | |
| R. N. Ibrahim, Y. C. Lam, D. Ischenko |
| R-curve behaviour of Ai-Li-Cu-Mg alloys | |
| N. Eswara Prasad. M . Ramulu, G. Malakondaiah |
| Role of mode mixity on 3D stress variations near interfacial cracks | |
| J. K. Sinha, H. V. Tippur |
| Scatter in cleavage fracture toughness following proof loading | |
| H. Fowler, D. J. Smith, K. Bell |
| Shielding mechanisms in mixed mode interfacial fracture | |
| J. G. Swadener, K. M. Liechti |
| Small specimen fracture toughness characterization - state of the art and beyond | |
| K. Wallin |
| Some problems on modeling of interface fracture | |
| R. V. Goldstein |
| Some unresolved issues with fatigue crack closure - measurement, mechanism and interpretation problems | |
| M. N. James |
| Status of research aimed at predicting structural integrity | |
| W. G. Reuter |
| Strange multiple crack paths in ductile fracture | |
| A. G. Atkins |
| Tensile fracturing in dynamic compression | |
| S.N. Nasser |
| The effect of T stress on the near tip stress field of an elastic-plastic interface crack | |
| Z. L. Zhang, M. Hauge, C. Thaulow |
| The measurement of elevated temperature j integral fracture toughness in low alloy steels | |
| P. Nunn, A. Hellier |
| The role of weldment interfaces in fracture mechanics parameters evaluation | |
| A. Sedmak |
| Transgranular and intergranular fracture in Al-Si-Mg casting alloys | |
| Q. C. Wang, C. H. Caceres, J. F. Griffiths |
| True shear and mixed mode fracture toughness testing of materials | |
| K. W. La, M. O. Lai, T. Tamilsdvan |
| Vibration based detection of location and size of edge crack in beams on multiple supports | |
| B. P. Nandwana, S. K. Maiti |
| Vibration measurement of an edge cracked composite plate by amplitude fluctuation ESPI method | |
| W.C. Wang, C.H. Hwang |
| 3D dynamic interaction of cracks under impact loadin | |
| D. Gross, B. Cheng |
| A probabilistic approach for dynamic fragmentation of ceramics under impact loading | |
| C. Denoual, F. Hild, C. Cottenot |
| Analysis of dynamic crack propagation | |
| M. Watanabe |
| Atomistic calculations of dislocation locks: effects of hydrogen | |
| T. Tsuji, M. I. Baskes, R. G. Hoagland, N. R . Moody |
| Atomistic finite element models of deformation and fracture at nanoscales | |
| P. Klein, K. Pawlikowsky, H. Gao |
| Blast-induced fracturing around boreholes and gas-pressurised rapid crack extension | |
| A. Daehnke, N. Kouzniak, H. P. Rossmanith, R. E. Knasmillner |
| Characterizing the fracture of tantalum nitride films on AlN substrates through film thickness effects | |
| N. R. Moody, D. Medlin, D. P. Norwood |
| Cohesive force distribution of crack tip crazes in fatigue of PMMA | |
| W. G. Knauss |
| Constitutive equations for special linear viscoelastic composites with growing damage | |
| R. A. Schapery |
| Constitutive modelling of high strain-rate deformation: application to adiabatic shear banding | |
| Y. Estri, A . Molinari |
| Control and measurement of interface strength in the niobium-aluminum oxide system using ion beam assisted deposition | |
| G. S. Was, H. Ji, N. Moody |
| Dislocation emission from a three-dimensional crack - a large-scale molecular dynamics study | |
| S. J. Zhou, D. M. Beazley, P. S. Lomdahl, A. F. Voter, B. L. Holian |
| Dynamic analysis of a propagating interface crack | |
| Y. S. Ing, C. C. Ma |
| Dynamic crack propagation analysis by a boundary integral equation method | |
| Th. Seelig, D. Gross |
| Dynamic ductile fracture of aluminum SEN specimens an experimental numerical analysis | |
| J. Lee, M. T. Kokaly, A. S. Kobayashi |
| Dynamic fracture mode analysis of glass matrix composites | |
| M. Enoki, H. Fujita, T. Kishi |
| Dynamic interfacial cracking of thermomechanically loaded two-phase compounds | |
| K. P. Herrmann, A. Noe |
| Dynamic stress concentration due to an oblate spheroidal inhomogeneity | |
| R. Paskaramoorthy |
| Dynamical systems and the rate-dependence of cracked medium | |
| P. B. Béda |
| Dynamics of brittle fracture | |
| K. Ravi-Chandar |
| Effects of plasticity on toughness measurements in laminated systems | |
| M. D. Thouless |
| Energy dissipation mechanisms at copolymer toughened polymer interfaces | |
| E. Brown, B. Bernard, T.P. Russell |
| Fast fracture of inclined interfaces: subsonic regime | |
| A. Shukla, M. Kavaturu |
| Fracture electronics - application of fracture mechanics to microelectronic systems and chip packages | |
| B. Michel, T. Winkler, H. Reichl |
| Fracture toughness and critical pressure evaluations for polyethylene pipelines; a computational methodology and experimental validation | |
| P. E. O'Donoghue |
| High speed fracture in polymers and composites | |
| J. G. Williams |
| High strain rate fracture and impact mechanics | |
| I. Maekawa |
| Impact and fracture toughness properties of mild and high tensile steels | |
| M. Ayoub |
| Impact fracture process of plain concrete with large size aggregates by means of Hopkinson bar bundle | |
| C. Albertini, E. Cadoni, K. Labibes |
| Influences of interfacial adhesion on thin film mechanical property measurement by nanoindentation | |
| G.M. Pharr, T.Y. Tsui, C.A. Ross |
| Interfacial and near-interfacial fracture in ceramic/metal layered systems | |
| R.O. Ritchie, R.M. Cannon, J.M. McNancy |
| Investigations in Terradynamics | |
| I. V. Simonov |
| Issues in dynamic crack propagation | |
| F. Nilsson |
| Micromechanics measurements applied to integrated circuit microelectronics | |
| D.R . Clarke |
| Mixed-mode resistance curve behavior of structural adhesively bonded joints | |
| K. M. Liechti, J. H. Shah |
| Nanomechanical fracture-testing of phenol-formaldehyde thin films | |
| D. A. Boismier, M. K. Kriese, W. W. Gerberich |
| On mixed-mode dynamic crack initiation in brittle solids | |
| D. Rittel, H. Maigre |
| Optical measurement of stress waves and rapid crack propagation in the time domain of microseconds | |
| S. Suzuki, Y. Nozaki, H. Kimura |
| Quasi-atomistic models of fracture and plasticity | |
| R. Miller, M. Ortiz, R. Phillips, V. Shenoy, E. B. Tadmor |
| Relation between slip and energy dissipation in viscoelastic adhesives | |
| H. R . Brown, M. K. Chaudhury, B.-M. Newby |
| Roughness development during dynamic fracture in brittle polymer | |
| K. Takahashi, M. Kido |
| Some dynamic problems of structural fracture mechanics | |
| N. F. Morozov, Y. V. Petrov |
| Some topological aspects of transition from damage to fracture as non-linear problem of microcrack accumulation | |
| M. Davydova |
| Stress pulse loading of a stationary crack: experimental and numerical investigation of the displacement field | |
| J. M. Huntley, M. B. Whitworth |
| Strip yielding in a constrained layer | |
| C. H. Wang |
| Structural transitions in ensembles of defects as mechanisms of failure and plastic instability under impact loading | |
| O. Naimark |
| Temperature dependent crack growth behavior below Tg in an epoxy strip | |
| K. Ogawa, A. Misawa, M. Takashi |
| Thermal spalling of rock | |
| L. N. Germanovich |
| Time and stress effects on the surface morphology of PMMA under fatigue | |
| G. C. Pulos |
| Time dependent deformation behaviors and fatigue of Si3N4 ceramics at elevated temperatures | |
| K. Hatanaka, K. Oshila, H. Shiola |
| Transient surface responses of a cracked half-plane | |
| M. K. Kuo, Z. B. Cheng |
| Unstable neck formation as a precursor to ductile fracture during high-rate planar extension | |
| L. B. Freund, N. J. Sorensen |
| Wave resistance in crack propagation: lattices and homogeneous structured media | |
| L. I. Slepyan |