1. A method for calculating stress intensities in bimaterial fracture

   • P. P. L. Matos
   • R. M. McMeeking
   • M. D. Drory

   OriginalPaper Pages: 235 - 254

2. Stress-intensity factors for semi-elliptical surface cracks in welded joints

   • X. Niu
   • G. Glinka

   OriginalPaper Pages: 255 - 270

3. Fracture-mechanics weight-functions by the removal of singular fields using boundary element analysis

   • M. H. Aliabadi
   • D. J. Cartwright
   • D. P. Rooke

   OriginalPaper Pages: 271 - 284

4. Crack tip damage in rubber compounds

   • Heshmat Aglan
   • Abdelsamie Moet

   OriginalPaper Pages: 285 - 294

5. An analysis of the Hui-Riedel equation

   • T. J. Delph
   • G. A. Stengle

   OriginalPaper Pages: 295 - 305

6. On the accuracy of the Cruse-Besuner weight function approximation for two-dimensional cracks

   • T. Fett
   • C. Mattheck
   • D. Munz

   OriginalPaper Pages: 307 - 313

7. Meetings calendar

   Events Pages: R83 - R84

8. Three-dimensional analysis of bimaterial cracked plates

   • R. S. Alwar
   • S. R. Mettu

   OriginalPaper Pages: R85 - R90

9. Prediction of mode I fracture toughness of unidirectional fibre composites with arbitrary crack-fibre orientation from its lowest or matrix-fracture toughness

   • P. K. Sarkar
   • S. K. Maiti

   OriginalPaper Pages: R91 - R96

10. Thermal cracking in a bimaterial beam and theK _II=0 criterion

    • E. D. Reedy Jr.
    • F. P. Gerstle Jr.

    OriginalPaper Pages: R97 - R100

11. Extending Tsai-Hill and norris criteria to predict cracking direction in orthotropic materials

    • S. Y. Zhang
    • L. W. Tsai

    OriginalPaper Pages: R101 - R104