Creep crack growth in ductile, creep-resistant steels H. RiedelV. Detampel OriginalPaper Pages: 239 - 262
Fatigue crack layer propagation in polystyrene—Part I experimental observations J. BotsisA. ChudnovskyA. Moet OriginalPaper Pages: 263 - 276
Fatigue crack layer propagation in polystyrene — Part II Analysis J. BotsisA. ChudnovskyA. Moet OriginalPaper Pages: 277 - 284
A wedge test for quantifying fully plastic fracture Frank A. McClintockSarah J. Wineman OriginalPaper Pages: 285 - 295
A review of indentation fracture theory: its development, principles and limitations P. OstojicR. McPherson ReviewPaper Pages: 297 - 312
A proposal for estimating the slope of the blunting line O. KolednikH. P. Stüwe OriginalPaper Pages: R63 - R66
Pulsations of damage during a fast running crack J. BotsisA. Chudnovsky OriginalPaper Pages: R67 - R70
Additional discussion: “Mixed mode ductile fracture using the strain energy density criterion”, by C.L. Chow and Jilin Xu E. E. Gdoutos BriefCommunication Pages: R71 - R72
Additional response: Additional discussion of “Mixed mode ductile fracture using the strain energy density criterion” C. L. ChowJilin Xu BriefCommunication Pages: R73 - R75