In this paper, an overview of some recent numerical results of three-dimensional crack front fields in elastic-plastic solids is presented. The 3D crack configurations considered is the through-thickness cracks in thin plates. Discussion include 3D characteristics of elastic-plastic near-front fields under mode I, mixed mode (I and II) loading conditions and effects of uniaxial and biaxial loading. These results serve to illustrate several important features associated with stress and strain distributions near these crack fronts and provide the foundation for understanding of ductile failure mechanisms of cracks in 3D structural components under biaxial/multi-axial loading conditions
A semi-analytical method is presented to investigate fracture behavior of a mode-I crack in a thin d...
A semi-analytical method is presented to investigate fracture behavior of a mode-I crack in a thin d...
The existence of three-dimensional effects at cracks has been known for many years, but understandin...
A three-dimensional, elastic-plastic finite element program is developed and applied to analyze the ...
The stress fields near a crack front in a ductile solid are essentially three-dimensional (3D) in na...
In this paper the J-Q two-parameter characterization of elastic-plastic crack front fields is examin...
In this paper the J-Q two-parameter characterization of elastic-plastic crack front fields is examin...
he stress fields near a crack front in a ductile solid are essentially three-dimensional (3D) in nat...
AbstractThe elastic-plastic stress fields and mode mixity parameters for semi-elliptical surface cra...
It has been well-established that the non-singular T-stress provides a first-order estimate of geome...
Extensive finite element analyses have been conducted to obtain numerical solutions of the constrain...
In this paper, an overview of some recent numerical simulations of stationary crack tip fields in ...
In this paper we examined the characterization of constraint effects for surface cracked plates unde...
Three-dimensional finite element analyses were performed on plates with a through-the-thickness crac...
Theoretical, numerical and experimental studies involving elastic plate components, weakened by thro...
A semi-analytical method is presented to investigate fracture behavior of a mode-I crack in a thin d...
A semi-analytical method is presented to investigate fracture behavior of a mode-I crack in a thin d...
The existence of three-dimensional effects at cracks has been known for many years, but understandin...
A three-dimensional, elastic-plastic finite element program is developed and applied to analyze the ...
The stress fields near a crack front in a ductile solid are essentially three-dimensional (3D) in na...
In this paper the J-Q two-parameter characterization of elastic-plastic crack front fields is examin...
In this paper the J-Q two-parameter characterization of elastic-plastic crack front fields is examin...
he stress fields near a crack front in a ductile solid are essentially three-dimensional (3D) in nat...
AbstractThe elastic-plastic stress fields and mode mixity parameters for semi-elliptical surface cra...
It has been well-established that the non-singular T-stress provides a first-order estimate of geome...
Extensive finite element analyses have been conducted to obtain numerical solutions of the constrain...
In this paper, an overview of some recent numerical simulations of stationary crack tip fields in ...
In this paper we examined the characterization of constraint effects for surface cracked plates unde...
Three-dimensional finite element analyses were performed on plates with a through-the-thickness crac...
Theoretical, numerical and experimental studies involving elastic plate components, weakened by thro...
A semi-analytical method is presented to investigate fracture behavior of a mode-I crack in a thin d...
A semi-analytical method is presented to investigate fracture behavior of a mode-I crack in a thin d...
The existence of three-dimensional effects at cracks has been known for many years, but understandin...