General Papers
| Characterisation of creep fracture at interfaces in weldments | |
| R. A. Ainsworth |
| Effect of hydrogen on fracture morphology of hydrogen assisted cracking in steel weldments | |
| N. Alam, H. Li, L. Chen, D. Dunne |
| Failure assessment of cast steel bridge piers by the CEGB R6-concept of fracture mechanics | |
| H. Amstutz, W. Dahl, P. Langenberg, T. Seeger |
| 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 |
| SCC initiation for 4340 in distilled water | |
| A . Atrens, Z. F. Wang, J. Q. Wang |
| The identification of fatigue-critical regions during fatigue testing of Macchi MB326H centre section lower booms | |
| S. Barter, N. Athiniotis, G. Clark |
| Characterisation of creep fracture at interfaces in weldments | |
| R. A. Ainsworth |
| Effect of hydrogen on fracture morphology of hydrogen assisted cracking in steel weldments | |
| N. Alam, H. Li, L. Chen, D. Dunne |
| Failure assessment of cast steel bridge piers by the CEGB R6-concept of fracture mechanics | |
| H. Amstutz, W. Dahl, P. Langenberg, T. Seeger |
| 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 |
| SCC initiation for 4340 in distilled water | |
| A . Atrens, Z. F. Wang, J. Q. Wang |
| The identification of fatigue-critical regions during fatigue testing of Macchi MB326H centre section lower booms | |
| S. Barter, N. Athiniotis, G. Clark |
| 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 crack closure in Al-Li 2090 alloy | |
| H. Y. Jung, S. D. Antolovich |
| 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 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 |
| 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 |
| Plastic instabilities during fatigue cycling | |
| A. Abel |
| Computational mechanics of interfacial fracture for composite debonding and of elastoplastic fracture with multi-site-damage | |
| S. N. Atluri, W. T. Chow, L. Wang |
| 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 |
| On creep damage evolution in thin plates | |
| H. Altenbach, K. Naumenko |
| 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 |
| Mechanisms and mechanics of debond fractures along metal matrix composite interfaces | |
| A. S. Argon, M. L. Seleznev, C. F. Shih, X. H. Liu |
| Strange multiple crack paths in ductile fracture | |
| A. G. Atkins |
| 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 |