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In the last few years, there has been a growing interest in laminated composites based on a thermoplastic matrix because of the environmental impact and lower cost per part. In addition, thermoplastic matrix-based materials can be more easily recycled and reused after their operating life [1], and this fulfils the requirements of an environment safeguard.
The damage tolerance of multi-layer structures is strongly related to the stacking sequence and the properties of constituent plies. This contribution deals with interlaminar graded interface strength (IGIS) laminated structures, prepared by properly alternating layers of a woven glass fabric with peculiar sequences of compatibilized and not compatibilized polypropylene film layers, symmetrically...
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