1. Forthcoming papers

   Legacy Pages: 78 - 78

2. Energy release rate along a three-dimensional crack front in a thermally stressed body

   • C. F. Shih
   • B. Moran
   • T. Nakamura

   OriginalPaper Pages: 79 - 102

3. When does a crack grow under mode II conditions?

   • Solveig Melin

   OriginalPaper Pages: 103 - 114

4. Similarity analysis of energy transport in gas-driven fractures

   • Robert H. Nilson
   • Stewart K. Griffiths

   OriginalPaper Pages: 115 - 134

5. The exact shape of a deformed internal slant crack under biaxial loading

   • P. S. Theocaris
   • D. Pazis
   • B. D. Konstantellos

   OriginalPaper Pages: 135 - 153

6. The algebraic equivalence of the maxσ_θ and maxcor criteria for mixed mode fracture

   • A. C. Chrysakis

   OriginalPaper Pages: R23 - R28

7. A superposition approach to the calculation of stress intensity factors of cracks growing from stress concentrations

   • D. Ritchie

   OriginalPaper Pages: R29 - R32

8. Application of an analytical solution for the electrical potential method of crack measurement

   • R. M. J. Kemp

   OriginalPaper Pages: R33 - R36

9. Further remarks on the essential work of fracture for tearing of ductile materials

   • Yiu-Wing Mai
   • Brian Cotterell

   OriginalPaper Pages: R37 - R40