The essential work of plane stress ductile fracture B. CotterellJ. K. Reddel OriginalPaper Pages: 267 - 277
Measurement of strain distribution by the moiré fringe multiplication method at a tip of propagating fatigue crack A. OhtaM. KosugeE. Sasaki OriginalPaper Pages: 289 - 300
Failure of granite cylinders under impact loading L. A. GlennW. Janach OriginalPaper Pages: 301 - 317
Stress intensity factors for cracks in pressure vessel nozzles G. PearsonC. Ruiz OriginalPaper Pages: 319 - 339
The stress dependence of the crack growth rate during creep R. J. DimelfiW. D. Nix OriginalPaper Pages: 341 - 348
Dynamics of fracture mirror boundary formation in glass A. I. A. Abdel-LatifR. C. BradtR. E. Tressler OriginalPaper Pages: 349 - 359
Comments on the role of stress concentrations in determining fracture properties of real composite materials Gad Marom BriefCommunication Pages: 363 - 364
On the influence of notch tip radius on fracture toughness measurements J. MendezC. Gasc OriginalPaper Pages: 365 - 367
Response: Discussion of “On the validity of Elber's results on fatigue crack closure for 2024-T3 aluminium” M. P. GómezH. ErnstJ. Vázquez BriefCommunication Pages: 368 - 369
A photoelastic approach to fracture path prediction M. R. RouhiW. T. EvansB. I. G. Barr OriginalPaper Pages: 370 - 376
A definitive test plan for biaxial fatigue crack growth direction S. T. ChiuT. R. BrussatE. K. Walker OriginalPaper Pages: 377 - 381
On the J-integral for Bi-material bodies Ronald E. SmelserMorton E. Gurtin OriginalPaper Pages: 382 - 384
On the relation of the crack opening displacement to the J-integral T. HollsteinJ. G. Blauel OriginalPaper Pages: 385 - 390
Some conservation laws in linear elasticity for pairs of fields Morton E. Gurtin OriginalPaper Pages: 391 - 393
Determination of plastic-zone sizes at fatigue-cracks by optical interference technique G. R. Chanani OriginalPaper Pages: 394 - 399
A stress intensity factor calculation for a three point bend specimen with a long crack under constant displacement Hakan Johansson OriginalPaper Pages: 400 - 402