Add to ORKGThis paper deals with two plane strain problems for determining stress intensity factors (SIF) involved in a moving interfacial Griffith crack in composite orthotropic media. The problems are reduced to solution of a pair of simultaneous singular integral equations with Cauchy type singularities. Expressions for SIF for general and particular cases of the problems are obtained. Several special and limiting cases of these problems are discussed. Numerical results for some particular cases are also presented by graphical representations. (C) 1998 Elsevier Science Ltd. All rights reserved
This paper deals with the plane strain problem of determining stress intensity factors and crack ene...
The plane strain problem of determining strain energy release rate and crack energy for an interfaci...
The plane strain problem of determining strain energy release rate and crack energy for an interfaci...
This paper deals with two plane strain problems for determining stress intensity factors (SIF) invol...
This paper deals with two plane strain problems for determining stress intensity factors (SIF) invol...
This paper deals with two plane strain problems for determining stress intensity factors (SIF) invol...
The plane strain problem of determining Stress Intensity Factors (SIF) for a moving interfacial Grif...
The plane strain problem of determining Stress Intensity Factors (SIF) for a moving interfacial Grif...
The plane strain problem of determining Stress Intensity Factors (SIF) for a moving interfacial Grif...
A study is made of the plane strain problem to determine the stress intensity factor for a Griffith ...
A study is made of the plane strain problem to determine the stress intensity factor for a Griffith ...
The objective of the article is to find the stress intensity factors and crack energy for a pair of ...
The plane strain problem of determining strain energy release rate, crack energy, and crack-opening ...
The plane strain problem of determining strain energy release rate, crack energy, and crack-opening ...
An integral transform technique is employed to solve the elastodynamic problem of steady-state propa...
This paper deals with the plane strain problem of determining stress intensity factors and crack ene...
The plane strain problem of determining strain energy release rate and crack energy for an interfaci...
The plane strain problem of determining strain energy release rate and crack energy for an interfaci...
This paper deals with two plane strain problems for determining stress intensity factors (SIF) invol...
This paper deals with two plane strain problems for determining stress intensity factors (SIF) invol...
This paper deals with two plane strain problems for determining stress intensity factors (SIF) invol...
The plane strain problem of determining Stress Intensity Factors (SIF) for a moving interfacial Grif...
The plane strain problem of determining Stress Intensity Factors (SIF) for a moving interfacial Grif...
The plane strain problem of determining Stress Intensity Factors (SIF) for a moving interfacial Grif...
A study is made of the plane strain problem to determine the stress intensity factor for a Griffith ...
A study is made of the plane strain problem to determine the stress intensity factor for a Griffith ...
The objective of the article is to find the stress intensity factors and crack energy for a pair of ...
The plane strain problem of determining strain energy release rate, crack energy, and crack-opening ...
The plane strain problem of determining strain energy release rate, crack energy, and crack-opening ...
An integral transform technique is employed to solve the elastodynamic problem of steady-state propa...
This paper deals with the plane strain problem of determining stress intensity factors and crack ene...
The plane strain problem of determining strain energy release rate and crack energy for an interfaci...
The plane strain problem of determining strain energy release rate and crack energy for an interfaci...