Dynamic fracture

1. Front Matter

   Pages i-x

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2. Some basic problems in stress wave dominated fracture

   • W. G. Knauss, K. Ravi-Chandar

   Pages 1-17

3. The micro-statistical fracture mechanics approach to dynamic fracture problems

   • D. A. Shockey, L. Seaman, D. R. Curran

   Pages 19-31

4. On the uniqueness of the stress intensity factor — crack velocity relationship

   • J. W. Dally, W. L. Fourney, G. R. Irwin

   Pages 33-42

5. On the dynamic fracture of structural metals

   • Ares J. Rosakis, Alan T. Zehnder

   Pages 43-60

6. Mechanics of crack curving and branching — a dynamic fracture analysis

   • M. Ramulu, A. S. Kobayashi

   Pages 61-75

7. Dynamic crack branching in brittle solids

   • J. P. Dempsey, P. Burgers

   Pages 77-87

8. Dynamic fields generated by rapid crack growth

   • J. D. Achenbach, Z. L. Li, N. Nishimura

   Pages 89-101

9. Computational methods based on an energy integral in dynamic fracture

   • T. Nakamura, C. F. Shih, L. B. Freund

   Pages 103-117

10. Numerical studies in dynamic fracture mechanics

    • Satya N. Atluri, T. Nishioka

    Pages 119-135

11. Application of dynamic shear crack models to the study of the earthquake faulting process

    • Shamita Das

    Pages 137-150

12. On the measurement of dynamic fracture toughnesses — a review of recent work

    • J. F. Kalthoff

    Pages 151-172

13. Applications of dynamic fracture mechanics for the prediction of crack arrest in engineering structures

    • M. F. Kanninen

    Pages 173-186

From time to time the International Journal of Fracture has presented matters thought to be of special interest to its readers. In previous special issues (December 1980 and April 1981), Dr H.W. Liu as Guest Editor presented a series of review papers dealing with fatigue processes and characteristics in metals and non-metals. Continuing this policy, which is consistent with our stated objectives, a second review dealing with time depen­ dence in the fracture process, including the effect of material inertia but essentially excluding very strong shock effects in solids, has been assembled under the generic term "dynamic fracture". We hope that the ensuing state-of-the-art review will yield an instructive and timely product which readers will find useful. To assist us in presenting this subject, we have prevailed upon a well-known worker in dynamic fracture, Dr W.G. Knauss, Professor of Aeronautics and Applied Mechanics, California Institute of Technology to act as Guest Editor for this special double issue. On behalf of the editors and publisher, I wish to express our indebtedness to Professor Knauss and his invited authors for undertaking this special effort.

• energy
• fields
• fracture
• fracture mechanics
• growth
• mechanics
• metals
• structure
• wave

• University of Pittsburgh, Pittsburgh, USA

  M. L. Williams

• California Institute of Technology, Passadena, USA

  W. G. Knauss

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