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Crack Paths and Crack Path Stability

 

D.A. Zacharopoulos

 

School of Engineering

Democritus Univeristy of Thrace

GR-671 00, Xanthi, Greece

 

The concept of stability has first appeared by Aristotle and Archimedes. The research of stability in mechanics has started with the study of the balance of a system and the movement of a material point. The most rigorous definitions of stability were given by Lyapunov.  During the last years, the stability problem has been introduced in fracture mechanics. Research for the prediction of crack paths has become an issue of particular interest. Experimental observations show that the trajectory of a propagating crack depends on the material, the geometry of the structure, the rate of loading and temperature. This session focuses on the problem of crack stability and crack paths during stable and unstable crack propagation.

 

1. The effect of the rate of displacement on crack path stability

D. A. Zacharopoulos and P. A. Kalaitzidis

 

2.  Comparison of some criteria for prediction of crack growth   direction      in   yielded material

Corresponding Author: Professor    S. K. Maiti

Mechanical Engineering Department      
Indian Institute of Technology, Bombay 
Powai, Mumbai 400076, India            
Tel : +91 022 576 7526 (Office), +91 022 572 2545 (Office)  
Fax : +91 022 572 3480, 91 022 572 6875 (Dept.)     
http://www.me.iitb.ac.in/~skmaiti 

 

 

3. Analysis of Crack Growth in Protective Coatings and Crack Path
    Development along the Coating Interface


Asher A. Rubinstein

Department of Mechanical Engineering
430 L. Boggs Bldg.
Tulane University
6823 st. Charles Ave.  
New Orleans, LA 70118
Voice or Fax: 504-865-5771   

 

4.  "Branching and crack path stability in modes I, II and III".
 K.B. Broberg     
                        :

 

5. Title:

Bhushan Karihaloo

 

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