1. The mechanics of a constantly growing crack in an elastic power-law creeping material

   • C. -Y. Hui
   • K. -C. Wu

   OriginalPaper Pages: 3 - 16

2. Elasto-plastic stress analysis of a CT specimen using method of lines

   • Javed Alam
   • Alexander Mendelson

   OriginalPaper Pages: 17 - 28

3. The modified life law applied to SAE-1045 steel

   • D. J. Dowdell
   • H. H. E. Leipholz
   • T. H. Topper

   OriginalPaper Pages: 29 - 36

4. Application of a hybrid finite element method to determine stress intensity factors in unidirectional composites

   • Said A. Khalil
   • C. T. Sun
   • W. C. Hwang

   OriginalPaper Pages: 37 - 51

5. K _I -solutions for single edge notch specimens under fixed end displacements

   • N. Marchand
   • D. M. Parks
   • R. M. Pelloux

   OriginalPaper Pages: 53 - 65

6. Determination of stress intensity factors for surface cracks using fatigue crack growth data

   • A. A. Aboutorabi
   • M. J. Cowling

   OriginalPaper Pages: 67 - 79

7. On the combination of the boundary element method and the line-spring model

   • Noriyuki Miyazaki
   • Hideaki Kaneko

   OriginalPaper Pages: R3 - R10

8. Finite element analysis of thermal crack growth in self-stressed fiber reinforced composites with partially plastified matrices

   • K. Herrmann
   • P. Pawliska

   OriginalPaper Pages: R11 - R16

9. A note on the load-displacement relation when a constant displacement is applied over a finite interval of the surface of a crack

   • E. Smith

   BriefCommunication Pages: R17 - R18

10. Further development of fracture test in mode II

    • J. Davies
    • K. W. So

    BriefCommunication Pages: R19 - R21