Fracture conditions of a crack approaching a disturbance Jehuda TiroshA. S. Tetelman OriginalPaper Pages: 187 - 199
Failure criteria of part-through cracks in thin walls for elasto-plastic materials sensitive to strain hardening J. Dufresne OriginalPaper Pages: 201 - 215
High frequency cyclic crack propagation in ceramic materials A. G. EvansM. Linzer OriginalPaper Pages: 217 - 222
Nonhomogeneous nonsymmetrical plane problems with several griffith cracks one or two partially closed O. Aksogan OriginalPaper Pages: 223 - 230
Statistical kinetics of thermally activated fracture V. A. PetrovA. N. Orlov OriginalPaper Pages: 231 - 238
The effect of root radius on the direction of crack extension under combined mode loading Philip H. FrancisWilliam L. Ko OriginalPaper Pages: 243 - 252
Effective stress intensities in stress corrosion cracking I. M. AustenR. BrookJ. M. West OriginalPaper Pages: 253 - 263
The shear-stress intensity factor for a centrally cracked stiff-flanged shear web W. B. Fichter OriginalPaper Pages: 265 - 271
The effect of periodic-random loading on fatigue crack growth L. N. McCartney OriginalPaper Pages: 273 - 288
The creep ductile response of cracked structures I. W. GoodallE. J. Chubb OriginalPaper Pages: 289 - 303
A suggestion for systematic load interaction studies on fatigue crack growth H. FühringT. Seeger OriginalPaper Pages: 307 - 310
Effect of hydrogen at high pressures on the low-cycle endurance of steel K.-T. RieJ. Ruge BriefCommunication Pages: 311 - 313
Theoretical determination of load — displacement behaviour of fracture mechanics specimen in connection with a general onset of crack propagation H. A. Schimmoeller BriefCommunication Pages: 314 - 316
Dynamic stress intensity factors for arresting cracks in DCB specimens J. F. KalthoffS. WinklerJ. Beinert BriefCommunication Pages: 317 - 319
Stress intensity factors of edge crack specimens under hydrostatic compression with application to measuring fracture toughness of rock R. A. SchmidtS. E. Benzley BriefCommunication Pages: 320 - 322
Fatigue crack growth specimen configuration with compressive loads present R. I. Stephens BriefCommunication Pages: 323 - 326