The problem of part-through cracks emanating from a central notch in a composite laminate is considered. The composite laminate is modeled as an orthotropic plate and along the branches, it is assumed that the stresses are carried by the fibers only. The stresses along the uncracked portions are assumed to be proportional to the crack opening displacement at the point. After formulating the branched crack problem, the model is applied to a(+45 deg)25 composite laminate. The stress concentration factors for the fibers are computed for various values of the spring constant K. Sample results showing the crack opening displacement are also displayed
A new approximate theory which links the inherent flaw concept with the theory of crack tip stress s...
An analytical method is developed for cracks emanating from a circular hole in an off-axis unidirect...
An orthotropic laminate composite containing a completely broken layer is considered. The problem is...
A description is given of a semi-empirical, deterministic analysis for prediction and correlation of...
The fracture behavior of unifirectional hybrid (buffer strip) composite laminates is studied. Three ...
Solutions are developed for the two dimensional region containing unidirectional fibers with initial...
peer-reviewedThe standard Finite Element Method (FEM) has been successfully employed for many decade...
A two-dimensional hybrid stress finite element analysis is described which was used to study the loc...
A laminate composite containing an orthotropic layer with a crack situated normal to the interfaces,...
Based on theories of laminate anisotropic elasticity and interlaminar fracture, the complete solutio...
peer-reviewedThis paper presents an enriched finite element method to simulate the growth of cracks ...
peer reviewedThis paper presents an enriched finite element method to simulate the growth of cracks ...
Delamination in the form of cracking or separation between plies in an advanced fiber composite lami...
The fracture problem in panels consisting of periodically arranged load carrying and buffer strips o...
The fracture behavior of unidirectional boron/aluminum composite laminates is investigated in order ...
A new approximate theory which links the inherent flaw concept with the theory of crack tip stress s...
An analytical method is developed for cracks emanating from a circular hole in an off-axis unidirect...
An orthotropic laminate composite containing a completely broken layer is considered. The problem is...
A description is given of a semi-empirical, deterministic analysis for prediction and correlation of...
The fracture behavior of unifirectional hybrid (buffer strip) composite laminates is studied. Three ...
Solutions are developed for the two dimensional region containing unidirectional fibers with initial...
peer-reviewedThe standard Finite Element Method (FEM) has been successfully employed for many decade...
A two-dimensional hybrid stress finite element analysis is described which was used to study the loc...
A laminate composite containing an orthotropic layer with a crack situated normal to the interfaces,...
Based on theories of laminate anisotropic elasticity and interlaminar fracture, the complete solutio...
peer-reviewedThis paper presents an enriched finite element method to simulate the growth of cracks ...
peer reviewedThis paper presents an enriched finite element method to simulate the growth of cracks ...
Delamination in the form of cracking or separation between plies in an advanced fiber composite lami...
The fracture problem in panels consisting of periodically arranged load carrying and buffer strips o...
The fracture behavior of unidirectional boron/aluminum composite laminates is investigated in order ...
A new approximate theory which links the inherent flaw concept with the theory of crack tip stress s...
An analytical method is developed for cracks emanating from a circular hole in an off-axis unidirect...
An orthotropic laminate composite containing a completely broken layer is considered. The problem is...