International audienceA plane crack is considered and the influence of local curvature of the crack front on the local mechanical fields is studied. The main goal is to determine the stress intensity factors along a curved planar crack in linear elasticity with accuracy. This is obtained by determination of new test fields and the use of bilinear forms, issued from invariant integrals, which separate the local modes of fracture
In this paper we describe an analytical methodology for calculating Stress Intensity Factors (SIF) ...
The stress intensity factors (SIF) are calculated using the method of lines for the compact tension ...
In this paper the J-Q two-parameter characterization of elastic-plastic crack front fields is examin...
International audienceA plane crack is considered and the influence of local curvature of the crack ...
AbstractIn this paper, a numerical procedure, incorporated with the finite element method, is develo...
Ahatraet-This paper presents a Boundary Integral Equation Method (BIEM) for an arbitrarily shaped, l...
In this paper, the hypersingular integral equation method (HIEM) is applied to calculate the stress ...
In this paper, we consider a general integral expression for mode I stress intensity factor along th...
The multiple curved cracks in a circular region problem in antiplane elasticity is formulated in ter...
In this paper, the complex variable function method is used to obtain the hypersingular integral equ...
Some cyclically loaded components such as mooring chains can develop fatigue cracks in locations whe...
The interaction between the inclined and curved cracks is studied. Using the complex variable functi...
[[abstract]]In this paper, a slightly curved crack under antiplane shear loading is analyzed by pert...
In this thesis the stress and displacement fields near an embedded crack corner in a linear elastic ...
The problems of multiple inclined or curved cracks in circular positions is treated by using the hyp...
In this paper we describe an analytical methodology for calculating Stress Intensity Factors (SIF) ...
The stress intensity factors (SIF) are calculated using the method of lines for the compact tension ...
In this paper the J-Q two-parameter characterization of elastic-plastic crack front fields is examin...
International audienceA plane crack is considered and the influence of local curvature of the crack ...
AbstractIn this paper, a numerical procedure, incorporated with the finite element method, is develo...
Ahatraet-This paper presents a Boundary Integral Equation Method (BIEM) for an arbitrarily shaped, l...
In this paper, the hypersingular integral equation method (HIEM) is applied to calculate the stress ...
In this paper, we consider a general integral expression for mode I stress intensity factor along th...
The multiple curved cracks in a circular region problem in antiplane elasticity is formulated in ter...
In this paper, the complex variable function method is used to obtain the hypersingular integral equ...
Some cyclically loaded components such as mooring chains can develop fatigue cracks in locations whe...
The interaction between the inclined and curved cracks is studied. Using the complex variable functi...
[[abstract]]In this paper, a slightly curved crack under antiplane shear loading is analyzed by pert...
In this thesis the stress and displacement fields near an embedded crack corner in a linear elastic ...
The problems of multiple inclined or curved cracks in circular positions is treated by using the hyp...
In this paper we describe an analytical methodology for calculating Stress Intensity Factors (SIF) ...
The stress intensity factors (SIF) are calculated using the method of lines for the compact tension ...
In this paper the J-Q two-parameter characterization of elastic-plastic crack front fields is examin...