AbstractLaminated polymer composite structures manufactured using conventional layup technique, are prone to edge delamination, which can be suppressed by wrap-around technique. Present study is in regard to understanding of the interlaminar normal stress distribution ahead of the delamination front with respect to delamination suppression. An initial delamination of symmetric composite laminates with and without wrap-around is considered for performing static analysis of these laminated composites structures using finite element analyses. Understanding of delamination parameter was further extended in terms of strain energy release rate utilizing modified crack closure integral technique for various virtual crack extension sizes
Delamination is a common failure mode of laminated composite materials. Edge delamination is importa...
An equation was derived for the strain energy release rate, G, associated with local delamination gr...
Delamination is a common failure mode of laminated composite materials. This type of failure frequen...
An additive laminate applied to the free-edges of composite laminates is proposed to stop the develo...
A fracture mechanics damage methodology to predict edge delamination is described. The methodology a...
A theoretical method was developed for describing the edge delamination stress intensity characteris...
Strain energy release rates for edge delaminated composite laminates were obtained using quasi 3 dim...
Compressive loads can cause local buckling in composite laminates that have a near surface delaminat...
The effect of the stress-free edge on the growth of local delaminations initiating from a matrix cra...
Free edge delamination of uniaxially stressed layered specimens is simulated using non-linear finite...
ABSTRACT: This paper presents the results of a buckling and postbuckling analysis and modeling of em...
Free edge delamination of uniaxially stressed layered specimens is simulated using non-linear finite...
Free edge delamination of uniaxially stressed layered specimens is simulated using non-linear finite...
Based on theories of laminate anisotropic elasticity and interlaminar fracture, the complete solutio...
Free edge delamination of uniaxially stressed layered specimens is simulated using non-linear finite...
Delamination is a common failure mode of laminated composite materials. Edge delamination is importa...
An equation was derived for the strain energy release rate, G, associated with local delamination gr...
Delamination is a common failure mode of laminated composite materials. This type of failure frequen...
An additive laminate applied to the free-edges of composite laminates is proposed to stop the develo...
A fracture mechanics damage methodology to predict edge delamination is described. The methodology a...
A theoretical method was developed for describing the edge delamination stress intensity characteris...
Strain energy release rates for edge delaminated composite laminates were obtained using quasi 3 dim...
Compressive loads can cause local buckling in composite laminates that have a near surface delaminat...
The effect of the stress-free edge on the growth of local delaminations initiating from a matrix cra...
Free edge delamination of uniaxially stressed layered specimens is simulated using non-linear finite...
ABSTRACT: This paper presents the results of a buckling and postbuckling analysis and modeling of em...
Free edge delamination of uniaxially stressed layered specimens is simulated using non-linear finite...
Free edge delamination of uniaxially stressed layered specimens is simulated using non-linear finite...
Based on theories of laminate anisotropic elasticity and interlaminar fracture, the complete solutio...
Free edge delamination of uniaxially stressed layered specimens is simulated using non-linear finite...
Delamination is a common failure mode of laminated composite materials. Edge delamination is importa...
An equation was derived for the strain energy release rate, G, associated with local delamination gr...
Delamination is a common failure mode of laminated composite materials. This type of failure frequen...