For AS4/PEEK, associated flow in pressure-dependent composite plasticity models produces spurious tensile transverse strains under shear-dominated biaxial loads; non-associated deviatoric flow corrects the direction but overpredicts shear-with-compression response.
Nonlinear Rate Dependence of T hick-Section Composite Laminates. High Strain Rate Effects on Polymer, Metal an d Ceramic Matrix Composites and Other Advanced Materials
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On the effect of isotropic and anisotropic dissipative response functions with associated and non-associated flow on the inelastic behaviour of polymeric composites
For AS4/PEEK, associated flow in pressure-dependent composite plasticity models produces spurious tensile transverse strains under shear-dominated biaxial loads; non-associated deviatoric flow corrects the direction but overpredicts shear-with-compression response.