AbstractThe complex variable function method is used to formulate the multiple curved crack problems into hypersingular integral equations. These hypersingular integral equations are solved numerically for the unknown function, which are later used to find the stress intensity factor, SIF, for the problem considered. Numerical examples for double circular arc cracks are presented
In this thesis, the interaction between two cracks in circular positions in plane elasticity is form...
The modified complex variable function method with the continuity conditions of the resultant force ...
In the previous papers, the hypersingular integral equation method (HIEM) was shown to be useful for...
The complex variable function method is used to formulate the multiple curved crack problems into hy...
The multiple curved cracks in a circular region problem in antiplane elasticity is formulated in ter...
Formulation in term of hypersingular integral equation for multiple curved and kinked cracks in anti...
Formulation in terms of hypersingular integral equations for the interaction between straight and cu...
Interaction between inclined and curved cracks are studied and the hypersingular integral equations ...
In this paper, the complex variable function method is used to obtain the hypersingular integral equ...
The problems of multiple inclined or curved cracks in circular positions is treated by using the hyp...
AbstractThe complex variable function method is used to formulate the multiple curved crack problems...
In this paper, the hypersingular integral equation method (HIEM) is applied to calculate the stress ...
In this paper, the hypersingular integral equation method (HIEM) is applied to calculate the stress ...
The multiple curved cracks in a circular region problem in antiplane elasticity is formulated in ter...
A system of hypersingular integral equation for the multiple straight cracks in a circular position ...
In this thesis, the interaction between two cracks in circular positions in plane elasticity is form...
The modified complex variable function method with the continuity conditions of the resultant force ...
In the previous papers, the hypersingular integral equation method (HIEM) was shown to be useful for...
The complex variable function method is used to formulate the multiple curved crack problems into hy...
The multiple curved cracks in a circular region problem in antiplane elasticity is formulated in ter...
Formulation in term of hypersingular integral equation for multiple curved and kinked cracks in anti...
Formulation in terms of hypersingular integral equations for the interaction between straight and cu...
Interaction between inclined and curved cracks are studied and the hypersingular integral equations ...
In this paper, the complex variable function method is used to obtain the hypersingular integral equ...
The problems of multiple inclined or curved cracks in circular positions is treated by using the hyp...
AbstractThe complex variable function method is used to formulate the multiple curved crack problems...
In this paper, the hypersingular integral equation method (HIEM) is applied to calculate the stress ...
In this paper, the hypersingular integral equation method (HIEM) is applied to calculate the stress ...
The multiple curved cracks in a circular region problem in antiplane elasticity is formulated in ter...
A system of hypersingular integral equation for the multiple straight cracks in a circular position ...
In this thesis, the interaction between two cracks in circular positions in plane elasticity is form...
The modified complex variable function method with the continuity conditions of the resultant force ...
In the previous papers, the hypersingular integral equation method (HIEM) was shown to be useful for...