Crack growth laws for a variety of viscoelastic solids using energy and COD fracture criteria L. N. Mc Cartney OriginalPaper Pages: 31 - 40
On the opening of two coplanar griffith cracks M. MaitiS. K. DeS. S. Palit OriginalPaper Pages: 41 - 46
On the calibration of the electrical potential technique for monitoring crack growth using finite element methods R. O. RitchieK. J. Bathe OriginalPaper Pages: 47 - 55
A correlation of ΔK th-value with the exponent, m, in the equation of fatigue crack growth for various steels K. Tanaka OriginalPaper Pages: 57 - 68
A method of extracting dynamic fracture toughness from CT tests P. C. GehlenR. G. HoaglandC. H. Popelar OriginalPaper Pages: 69 - 84
Model for a quasi-static tensile crack extending in fully yielded material (experiment vs theory) M. MirabileM. P. Wnuk OriginalPaper Pages: R3 - R5
On the solution of the problem of a curvilinear crack in a finite plane elastic medium P. S. TheocarisN. I. Ioakimidis OriginalPaper Pages: R7 - R10
Response: Discussion of “Influence of transverse shear on an axial crack in a cylindrical shell,” by P. S. Theocaris and N. I. Ioakimidis S. Krenk BriefCommunication Pages: R15 - R15
Multiple cracking in thick-walled pressure vessels G. ClarkM. E. de Morton OriginalPaper Pages: R17 - R20
K-Calibrations for conventional fracture mechanics specimens under clip-gauge control R. J. Allen BriefCommunication Pages: R25 - R26
Non-closure of cracks and fatigue crack growth in β heat treated Ti-6A1-4V M. D. HallidayC. J. Beevers OriginalPaper Pages: R27 - R30
Comparison between cod at initiation of ductile crack growth and maximum load of submerged arc weld metal C. Thaulow OriginalPaper Pages: R31 - R35
Discussion: “A method of extracting dynamic fracture toughness from CT tests,” by P. C. Gehlen, R. G. Hoagland, and C. H. Popelar E. J. Ripling BriefCommunication Pages: R37 - R38