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Validation is presented by way of application to composite material fatigue fracture toughness tests; Double Cantilever Beam for Mode I, End Notch Flexure for mode II and Mixed Mode Bending for the mixed mode case.
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Stress intensity factor and crack extension histories for pure mode-I and mixed mode cases are extracted from the full-field displacements.
Failure predictions in the mixed mode loading case, individual bending and pulling case together with part of tested solutions were presented in this paper.
It is shown that the general expression of weight functions for bi-materials interface crack problems is of the same type as that found in a homogeneous mixed mode loading case.
A significant effect of thermal initial crack on delamination was found in the mixed mode loading case.
It was exposed that the interaction between pulling and bending in the mixed mode loading case plays an important role in the failure mechanism of T-piece.
A partially debonded fibre can be analysed as a 3-D mixed Mode fracture case, for which the fibre matrix detachment growth – leading to a progressive loss of the composite's bearing capacity – can be assessed through classical fatigue crack propagation laws.
Local, global and mixed mode buckling cases are considered.
Also, according to the test results, mixed mode loading cases were more critical than the pure modes I and II situations.
Apart from an initial validation exercise for a laminated composite plate with a hole where no or little damage occurs, we also use numerical simulations on mode I, mode II, and mixed mode delamination cases in order to assess the performance of our model by benchmarking it against available experimental evidence.
For case (a), mixed mode fracture experimentation was performed using an asymmetric four-point bending specimen on baseline (0 wt%), 0.1 wt% and 0.5 wt% HP-NGP reinforced EPON 862.
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