The development and application of the tensor polynomial failure criterion for composite laminate analysis is described. Emphasis is given to the fabrication and testing of Narmco Rigidite 5208-WT300, a plain weave fabric of Thornel 300 Graphite fibers impregnated with Narmco 5208 Resin. The quadratic-failure criterion with F sub 12=0 provides accurate estimates of failure stresses for the graphite/epoxy investigated. The cubic failure criterion was recast into an operationally easier form, providing design curves that can be applied to laminates fabricated from orthotropic woven fabric prepregs. In the form presented, no interaction strength tests are required, although recourse to the quadratic model and the principal strength parameters ...
A failure-mechanism-based micromechanical theory has been proposed for the development of a failure ...
Anisotropic materials, such as fibre-reinforced composite materials, are extensively used in many in...
A failure-mechanism-based micromechanical theory has been proposed for the development of a failure ...
The development of the tensor polynomial failure criterion for composite laminate analysis is discus...
A comprehensive experimental and analytical evaluation of the tensor polynomial failure criterion wa...
A composite lamina may be viewed as a homogeneous solid whose directional strengths are random varia...
The results of a series of tensile tests on graphite/epoxy laminates at rates varying from 0.002 in/...
Three specific failure criteria for the transversely isotropic fiber composite case will be discusse...
This paper presents the extension and validation of omni-failure envelopes for first-ply failure (FP...
The failure locus a fiber-reinforced composite lamina, made up of 50 vol.% of carbon fibers embedded...
A fundamental investigation of the fracture behavior of fiber reinforced composites is discussed. It...
Literature concerning strength (failure) criteria for composite materials is reviewed with emphasis ...
The Hoffman theory and the Tensor Polynomial (Tsai-Wu) theory with F12 set equal to zero have been f...
A quasi-three dimensional, nonlinear elastic finite element stress analysis of finite width composit...
A method of predicting the strength of cross-plied fibrous composite laminates is based on expressin...
A failure-mechanism-based micromechanical theory has been proposed for the development of a failure ...
Anisotropic materials, such as fibre-reinforced composite materials, are extensively used in many in...
A failure-mechanism-based micromechanical theory has been proposed for the development of a failure ...
The development of the tensor polynomial failure criterion for composite laminate analysis is discus...
A comprehensive experimental and analytical evaluation of the tensor polynomial failure criterion wa...
A composite lamina may be viewed as a homogeneous solid whose directional strengths are random varia...
The results of a series of tensile tests on graphite/epoxy laminates at rates varying from 0.002 in/...
Three specific failure criteria for the transversely isotropic fiber composite case will be discusse...
This paper presents the extension and validation of omni-failure envelopes for first-ply failure (FP...
The failure locus a fiber-reinforced composite lamina, made up of 50 vol.% of carbon fibers embedded...
A fundamental investigation of the fracture behavior of fiber reinforced composites is discussed. It...
Literature concerning strength (failure) criteria for composite materials is reviewed with emphasis ...
The Hoffman theory and the Tensor Polynomial (Tsai-Wu) theory with F12 set equal to zero have been f...
A quasi-three dimensional, nonlinear elastic finite element stress analysis of finite width composit...
A method of predicting the strength of cross-plied fibrous composite laminates is based on expressin...
A failure-mechanism-based micromechanical theory has been proposed for the development of a failure ...
Anisotropic materials, such as fibre-reinforced composite materials, are extensively used in many in...
A failure-mechanism-based micromechanical theory has been proposed for the development of a failure ...