Micro behavior at the notch tip during load increasing in brittle fracture beyond general yield T. YokoboriY. Onishi OriginalPaper Pages: 751 - 761
Stress singularities in cracked composite full-planes P. S. TheocarisE. E. Gdoutos OriginalPaper Pages: 763 - 773
An analysis of slow crack propagation data in PMMA and brittle materials J. C. PolletS. J. Burns OriginalPaper Pages: 775 - 786
Failure probability analysis of an elastic orthotropic brittle cylinder subjected to axisymmetric thermal and pressure loading P. StanleyJ. Margetson OriginalPaper Pages: 787 - 806
On stress singularities and interfaces in linear elastic fracture mechanics C. Atkinson OriginalPaper Pages: 807 - 820
Numerical study of dynamic crack growth by the finite element method D. R. J. OwenD. Shantaram OriginalPaper Pages: 821 - 837
The infinite sheet with two radial cracks from cylindrical hole under inclined tension or in-plane shear Y. C. Hsu OriginalPaper Pages: 839 - 845
Prediction of instability in ductile senb fracture toughness specimens C. G. Chipperfield OriginalPaper Pages: 847 - 860
An observation on mode II fatigue crack growth threshold behaviour L. P. Pook OriginalPaper Pages: 867 - 869
ICF4 discussion: “Ductile fracture initiation and propagation in ferritic S.G. Cast Iron,” R. A. Tait OriginalPaper Pages: 870 - 873
Fatigue crack retardation induced by stress biaxiality variations P. S. LeeversJ. C. RadonL. E. Culver OriginalPaper Pages: 874 - 876
ICF4 response: Discussion of “Toughness variations of a plain carbon, martensitic steel,”, by B. V. N. Rao and G. Thomas J. E. KingR. F. SmithJ. F. Knott BriefCommunication Pages: 877 - 878
An approximate expression relating dynamic and static strain energy release rates for finite specimens R. S. Gates OriginalPaper Pages: 879 - 881
The J-integral as a fracture criterion: Perhaps it doesn't mean what you thought it meant G. G. ChellV. Vitek OriginalPaper Pages: 882 - 886
The development of a general fatigue crack growth predictive model M. F. KanninenC. AtkinsonA. J. McEvily Jr. OriginalPaper Pages: 887 - 891
