Recent theoretical and experimental results on fast brittle fracture L. R. F. Rose Review Article Pages: 799 - 813
Effect of adhesive layer elasticity on the fracture mechanics of a blister test specimen D. P. Updike OriginalPaper Pages: 815 - 827
Plastic yielding through a two-material interface from cracks under antiplane deformation William E. Warren OriginalPaper Pages: 843 - 859
Design using elastic-plastic fracture mechanics J. D. G. SumpterC. E. Turner OriginalPaper Pages: 861 - 871
Detection and toughness characterisation of ductile crack initiation in 316 stainless steels C. G. Chipperfield OriginalPaper Pages: 873 - 886
On the numerical evaluation of stress intensity factors P. S. TheocarisN. I. Ioakimidis OriginalPaper Pages: 911 - 914
The possibility of a hardness test for fibre reinforced concrete C. V. S. Kameswara Rao BriefCommunication Pages: 915 - 916
Discussion: “Finite element analysis of stress intensity factors for cracks at a Bi-material interface,” N. I. IoakimidisP. S. Theocaris BriefCommunication Pages: 921 - 922
Brittle fracture in ductile solids produced by Sandwich Layers A. G. AtkinsY. W. Mai BriefCommunication Pages: 923 - 924
Two griffith cracks in an anisotropic infinite medium whose faces are loaded asymmetrically P. S. Kushwaha OriginalPaper Pages: 925 - 927