Crack propagation in linear viscoelastic solids: some new results L. N. McCartney OriginalPaper Pages: 547 - 554
Energy convergence and evaluation of stress intensity factor K 1 for stress singular problems by mixed finite element method F. A. MirzaM. D. Olson OriginalPaper Pages: 555 - 573
Summary of SIF design graphs for cracks emanating from circular holes Agne KarlssonJan Bäcklund OriginalPaper Pages: 585 - 596
Stress intensity factor solution for crotch-corner cracks of tee-intersections of cylindrical shells M. A. MohamedJ. Schroeder OriginalPaper Pages: 605 - 621
Mode I analysis of a face cracked plate subjected to rotationally constrained end displacements Bernard Gross OriginalPaper Pages: 623 - 631
The formation of fine relaxation cracks along the compressive maximum shear crack W. T. Shieh OriginalPaper Pages: 633 - 638
The opening and closing of a growing crack in a linear viscoelastic body that is subject to alternating tensile and compressive loads G. A. C. GrahamG. C. W. Sabin OriginalPaper Pages: 639 - 649
Revised compliance technique for crack growth studies with modified DCB test pieces B. StellwagH. Kaesche OriginalPaper Pages: R303 - R306
Simple approximate results for the stress intensity factors at the tip of a kinked crack I. C. Howard OriginalPaper Pages: R307 - R310
The finite element — Alternating method applied to benchmark No. 2 T. E. KullgrenF. W. Smith OriginalPaper Pages: R319 - R322
Discussion: “Influence of transverse shear on an axial crack in a cylindrical shell” P. S. TheocarisN. I. Ioakimidis BriefCommunication Pages: R323 - R323
Separation bubble at the tip of a shear crack under normal pressure Walter Janach OriginalPaper Pages: R325 - R327
A simple test method for measuring “valid” JIc fracture toughness in Charpy-size surveillance specimens of nuclear pressure vessel steel R. O. RitchieW. L. ServerR. A. Wullaert OriginalPaper Pages: R329 - R334
Comment: “A note on the fracture mechanics energy balance for perfectly plastic materials,” BriefCommunication Pages: R335 - R335
