Abstract
This study investigates the influence of improved adhesion, resulting from maleicanhydride modification of the polypropylene matrix, on transverse cracking in 0/906/0 glass fibre-reinforced polypropylene laminates. It was shown that the characteristic damage state in cross-ply polypropylene/glass laminates, i.e. the saturation level of transverse cracks, is independent of fibre-matrix adhesion and corresponds very well with a predicted value using a shear-lag analysis.
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