General Papers
| An assessment of the fracture toughness associated with flat and slant crack growth in A533B steel | |
| I. S. Abou-Sayed, C. W. Marshall, M.F. Kanninen |
| Criterion for crack instability under short pulse loads | |
| D. A. Shockey, J. F. Kalthoff, H. Homma, D. C. Erlich |
| Fractographic identification of subcritical to critical crack growth transition mechanisms in ceramics | |
| H. P. Kirchner, R. M. Gruver, B. Weiss |
| Determination of the dynamic fracture toughness KId in impact tests by means of response curves | |
| J. F. Kalthoff, S. Winkler, W. Bohme, W. Klemm |
| Ductile fracture under multiaxial stress state between pairs of holes | |
| R. J . Bourtier, D. A. Koss |
| Evaluation of process zone by using Jext integral under large scale yielding | |
| H. Miyamoto, M. Kikuchi, K. Ishida |
| Experimental determination on high loading rate effects on fracture toughness of aluminium alloys | |
| A. Andrzejewski, J. Klepaczko, G. Pluvinage |
| Influence of strain rate and temperature on the tensile and fracture properties of structural steels | |
| A. Krabiell, W. Dahl |
| Role of local fiber distribution at notch tip in the fracture toughness of FRP | |
| T. Kunio, M. Shimizu, S. Sohmiya |
| The ductile fracture of high strength steels | |
| S. Slatcher, J. F. Knott |
| The fracture toughness of high strength engineering alloys containing short cracks | |
| B. Wiltshire, J. F. Knott |
| The route of fatigue cracks as deduced from dislocation patterns | |
| J. Awatani, K. Katagiri, K. Koyanagi |
| A comparison of brittle fracture behaviour of variously tempered martensitic and bainitic structures of secondary hardening Cr Mo V pressure vessel steel | |
| K. Torronen, H. Kotilainen, P. Nenonen |
| An analysis of fatigue crack growth under yielding conditions | |
| H. W. Brown, H. W. Liu, A. P. Kfouri, K. J. Milier |
| Cleavage fracture in mixed microstructures | |
| Y. Hagiwara, J. F. Knott |
| Elastic plastic fields in steady crack growth in a strain hardening material | |
| G. Yu-chen, H. Keh-chih |
| Experimental studies of stable crack growth | |
| J. Carlsson, S. Kaiser, K. Markstrom, C. Wuthrich, H. Oberg |
| Fracture mechanical studies of the strength resulting from polymer interdiffusion | |
| K. Jud, H. H. Kausch |
| Fretting fatigue in a 3NiCrMoV rotor steel | |
| R. N. King, T. C. Lindley |
| Initiation and propagation mechanics of low cycle fatigue cracks in bolts | |
| N. Makhutov, V. Zatsarinny, V. Kagan |
| On crack propagation in rock foundations of massive concrete dams | |
| A. A. Khrapkov, V. A. Seiliger |
| On the effects of pre loading on the fracture toughness of A533B 1 steel | |
| H. Nakamura, H. Kobayashi, T. Kodaira, H. Nakazawa |
| The effect of packet boundaries on the fracture toughness of a bainitic microstructure | |
| H. Kotilainen, K. Torronen, P. Nenonen |
| The influence of specimen geometry on fracture of unwelded and welded steel specimens Comparison of experimental results with FEM calculation | |
| H. Krafka, K. Wobst, J. Ziebs, D. Aurich |
| The influence of specimen geometry on stable crack growth for a high strength steel | |
| H. J. Kaiser, K. E. Hagedorn |
| Toughness of cellulose cement composites | |
| R. A. Tait and W. Keenliside |
| On the interaction of hardening and fatigue damage in the 316 stainless steel | |
| J. L. Chaboche, H. Kaczmarek |
| Regularities of similarity and fatigue damage accumulation under irregular loading | |
| V. P. Kogaev, A. P. Gusenkov |
| A new approach for fracture toughness characterization of ductile metal sheet | |
| S. Shimizu, S. Kawano |
| An estimation method of fatigue crack propagation rate under varying loading conditions of low stress intensity level | |
| M. Kikukawa, M. Jono, Y. Kondo |
| Conditions for toughening of particulate brittle composites | |
| V. D. Krstic, A. K. Khaund |
| Creep ductility and fracture in austenitic steels | |
| K. Detert, H. Kanbach, M. Pohl, E. H. Schmidtmann |
| Creep embrittlement of Cu-Au alloy, studied in situ by Scanning Auger Microscopy | |
| W. Losch, J. Kirschner |
| Influence of hydrogen on fracture toughness of high strength steels | |
| H. Kobayashi, K. Hirano, H. Kayakabe, H. Nakazawa |
| Influence of specimen geometry on delayed retardation phenomena of fatigue crack growth in RT80 steel and A5083 aluminium alloy | |
| K. Tanaka, S. Matsuoka, V. Schmidt, M. Kuna |
| Measurements and mechanisms of crack growth at elevated temperatures up to 1273 K | |
| K. Krompholz, E. D. Grosser, J. Bottner, J. B. Pierick |
| The analysis of stable crack growth in type 304 stainless steel | |
| S. G. Sampath, l. S. Abou-Sayed, D. Broek, C. Marschall, A. Zahoor, M. F. Kanninen |
| A comparative study on different methods to measure the crack opening displacement | |
| C. Knauf, H. Riedel |
| A study on unstable ductile fracture | |
| S. Aihara, S. Machida, T. Knazawa |
| Fatigue and fracture resistance of a welded bridge detail | |
| R. Roberts, J. W. Fisher, G. R. Irwin, K. D. Hoyer, H. Hausamann, C. V. Krishna, V. Morf, R. E. Slockbower, J. Nishanian |
| Fatigue crack propagation in the vicinity of weld-deposits in high-strength, structural steel | |
| J. E. M. Braid, J. F. Knott |
| Microcracks, deformation and physical properties of plain concrete | |
| K. Kato |
| Simulation of the service conditions of heat resistant steels by creep-rupture tests under variable stress or temperature and by strain controlled service-type fatigue tests | |
| K. H. Kloos, J. Granacher, H. Barth, P. Rieth |
| The effect of strain rate on the J-integral | |
| S. Kodama, H. Misawa, M. Hasegawa, H. Nakayama |
| The suppression of creep cavitation and slow crack growth in Si-Al-O-N ceramics | |
| M. H. Lewis, B. S. B. Karunaratne, J. Meredith |