Add to ORKGEquations have been derived to predict degradation effects of microresidual stresses on impact resistance of unidirectional fiber composites. Equations also predict lamination residual stresses in multilayered angle ply composites
Thermomechanical response of a cross-ply SCS-6/Timetal-21S composite subjected to a generic hyperson...
Investigation of impact resistance of unidirectional fiber composites using Izod impact test
An investigation of translaminate fracture and a progressive damage methodology was conducted to eva...
Evidence of the presence of lamination residual stresses in angleplied laminates were transply crack...
An experimental investigation was conducted to determine the magnitude of lamination residual stress...
The fabrication of metal matrix composites poses unique problems to the materials engineer. The larg...
Residual stresses in composites are induced during fabrication and by environmental exposure. The th...
The current work formulated a micromechanical analysis of a cross-ply laminate and calculated the th...
Impact resistant unidirectional fiber composite design based on micro and macromechanics, Izod impac...
The effects of thermal residual stresses on the stress distribution and strain energy release rate a...
State-of-the-art, high temperature polyimide matrix composites, reinforced with continuous graphite ...
The residual stresses in unsymmetrical fiber-reinforced laminated composites are investigated both t...
Intermetallic matrix composites develop residual stresses from the large thermal expansion mismatch ...
Fibre metal laminates (FML) consist of alternately stacked plies of polymer matrix composites and me...
Advanced composite materials, composed of boron or graphite fibers and a supporting matrix, make sig...
Thermomechanical response of a cross-ply SCS-6/Timetal-21S composite subjected to a generic hyperson...
Investigation of impact resistance of unidirectional fiber composites using Izod impact test
An investigation of translaminate fracture and a progressive damage methodology was conducted to eva...
Evidence of the presence of lamination residual stresses in angleplied laminates were transply crack...
An experimental investigation was conducted to determine the magnitude of lamination residual stress...
The fabrication of metal matrix composites poses unique problems to the materials engineer. The larg...
Residual stresses in composites are induced during fabrication and by environmental exposure. The th...
The current work formulated a micromechanical analysis of a cross-ply laminate and calculated the th...
Impact resistant unidirectional fiber composite design based on micro and macromechanics, Izod impac...
The effects of thermal residual stresses on the stress distribution and strain energy release rate a...
State-of-the-art, high temperature polyimide matrix composites, reinforced with continuous graphite ...
The residual stresses in unsymmetrical fiber-reinforced laminated composites are investigated both t...
Intermetallic matrix composites develop residual stresses from the large thermal expansion mismatch ...
Fibre metal laminates (FML) consist of alternately stacked plies of polymer matrix composites and me...
Advanced composite materials, composed of boron or graphite fibers and a supporting matrix, make sig...
Thermomechanical response of a cross-ply SCS-6/Timetal-21S composite subjected to a generic hyperson...
Investigation of impact resistance of unidirectional fiber composites using Izod impact test
An investigation of translaminate fracture and a progressive damage methodology was conducted to eva...