Various boundary element method (BEM) based approaches to solve crack problems are discussed. The displacement method, J-integral method and the modified crack closure integral (MCCI) method for the evaluation of the stress intensity factors (SIFs) are reviewed. Effects of partial and total modelling of singularities on the accuracy of the results have been presented. Elements capable of partial and total modelling of the wellknown square root singularities, variable order singularities, neighbouring variable order singularities, etc., are also reviewed. Case studies are included to illustrate the effectiveness of the various methods of calculation of the SIFs and the performance of the special elements
AbstractNew crack elements are proposed for fracture mechanics analysis of two- and three-dimensiona...
Summarization: In the search for an accurate, yet generalized, computational method for evaluating s...
This paper deals with modified crack closure integral based computation of stress intensity factors ...
Various boundary element method (BEM) based approaches to solve crack problems are discussed. The di...
The effect of simultaneous modelling of both strain and traction singularities, and temperature deri...
The local smoothing scheme in conjunction with the modified crack closure integral technique has bee...
The analysis of cracked brittle mechanical components considering linear elastic fracture mechanics ...
We introduce an alternative method in computational fracture mechanics to evaluate Stress Intensity ...
Abstract The analysis of cracked brittle mechanical components considering linear elastic fracture m...
We introduce a novel enriched Boundary Element Method (BEM) and Dual Boundary Element Method (DBEM) ...
This paper deals with the boundary element method based evaluation of stress intensity factors for m...
A modified crack closure integral (MCCI) based computation of stress intensity factors (SIFs) for th...
This thesis introduces an alternative method to evaluate Stress Intensity Factors (SIFs) in computat...
AbstractThe finite element (FEM) and the boundary element methods (BEM) are well known powerful nume...
Two new boundary elements have been proposed for simulation of variable order singularities at the t...
AbstractNew crack elements are proposed for fracture mechanics analysis of two- and three-dimensiona...
Summarization: In the search for an accurate, yet generalized, computational method for evaluating s...
This paper deals with modified crack closure integral based computation of stress intensity factors ...
Various boundary element method (BEM) based approaches to solve crack problems are discussed. The di...
The effect of simultaneous modelling of both strain and traction singularities, and temperature deri...
The local smoothing scheme in conjunction with the modified crack closure integral technique has bee...
The analysis of cracked brittle mechanical components considering linear elastic fracture mechanics ...
We introduce an alternative method in computational fracture mechanics to evaluate Stress Intensity ...
Abstract The analysis of cracked brittle mechanical components considering linear elastic fracture m...
We introduce a novel enriched Boundary Element Method (BEM) and Dual Boundary Element Method (DBEM) ...
This paper deals with the boundary element method based evaluation of stress intensity factors for m...
A modified crack closure integral (MCCI) based computation of stress intensity factors (SIFs) for th...
This thesis introduces an alternative method to evaluate Stress Intensity Factors (SIFs) in computat...
AbstractThe finite element (FEM) and the boundary element methods (BEM) are well known powerful nume...
Two new boundary elements have been proposed for simulation of variable order singularities at the t...
AbstractNew crack elements are proposed for fracture mechanics analysis of two- and three-dimensiona...
Summarization: In the search for an accurate, yet generalized, computational method for evaluating s...
This paper deals with modified crack closure integral based computation of stress intensity factors ...