An analysis of the mechanics and statistics of brittle crack initiation F. A. McClintockF. Zaverl Jr. OriginalPaper Pages: 107 - 118
Discrete dislocation analysis of a plastic shear crack K. JagannadhamM. J. Marcinkowski OriginalPaper Pages: 119 - 133
Evaluation of stress intensity factors for bimaterial bodies using numerical crack flank displacement data R. E. Smelser OriginalPaper Pages: 135 - 143
Stress intensity factors in bonded half planes containing inclined cracks and subjected to antiplane shear loading J. L. BassaniF. Erdogan OriginalPaper Pages: 145 - 158
Modeling of dynamic crack propagation: II. Validation of two-dimensional analysis C. H. PopelarP. C. Gehlen OriginalPaper Pages: 159 - 177
The estimation of creep crack growth rates by reference stress methods B. L. Freeman OriginalPaper Pages: 179 - 190
On the relation between the fracture statistics of volume distributed and surface distributed cracks S. B. BatdorfD. J. Chang OriginalPaper Pages: 191 - 199
A note on the fracture mechanics energy balance for perfectly plastic materials P. A. Gradin BriefCommunication Pages: R43 - R44
A method of analysing elastic-plastic fracture behaviour in the presence of initial strains G. C. Chell BriefCommunication Pages: R45 - R47
ICF4 discussion: “Fracture criteria for combined mode cracks,” by W. T. Chiang Sakae TanakaMasahiro Ichikawa BriefCommunication Pages: R49 - R51
Change of fatigue crack closure level with gauge location along crack line Akihiko OhtaMichio KosugeEtsuo Sasaki OriginalPaper Pages: R53 - R57
Estimating a J resistance curve for a perfectly plastic material D. A. Curry OriginalPaper Pages: R59 - R62
Corrections and comments on the paper, “Nonlinear fracture mechanics” S. J. BurnsJ.-C. PolletC. Lun Chow BriefCommunication Pages: R63 - R64
Adual mechanism model for environmental crack propagation D. RhodesJ. C. Radon BriefCommunication Pages: R65 - R67
On the relationship between fatigue striation spacings and stretch zone width Richard W. Hertzberg OriginalPaper Pages: R69 - R72
On the J-integral for cracked structure with inclusions Wen-Hwa ChenYu-Hung Huang OriginalPaper Pages: R73 - R76
On the use of beams-on-elastic foundation model for fracture studies in aluminium/epoxy bonded components C. L. ChowC. W. Woo OriginalPaper Pages: R77 - R80
Application of J-integral parameter to high temperature fatigue crack growth in cold worked type 316 stainless steel K. SadanandaP. Shahinian OriginalPaper Pages: R81 - R84
Response: Discussion of “A Method of Extracting Dynamic Fracture Toughness from CT Tests,” by E. J. Ripling R. G. Hoagland BriefCommunication Pages: R85 - R86
On methods of structural integrity evaluation by acoustic emission A. AroraK. Tangri BriefCommunication Pages: R93 - R95
