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A new constitutive model is presented that aims to accurately tackle the effects of multiaxial loading, strain rate and hydrostatic pressure on unidirectional FRPs, while doing so in an intuitive and physically-based manner. In this model, it is assumed that yielding occurs primarily due to shear stresses acting on a critical localisation plane while normal compressive stresses on this plane have...
A new implementation of Puck’s 3D Inter-Fibre Fracture criterion for unidirectional reinforced FRP laminates has been developed that improves the criterion in two main areas.First, a new treatment of strain rate effects on the inter-fibre fracture plane orientation has been included to improve the predictive capability of Puck’s criterion outside of the quasi-static loading regime.Secondly, a series...
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