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INFLUENCE OF THE POLYMER SURFACE LAYER ON THE ADHESION OF POLYMER MATRIX COMPOSITES

机译:聚合物表面层对聚合物基复合材料粘附性的影响

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This work aims to point out the influence of the polymer surface layer on the adhesion of polymer matrix composites. To this end, correlations between surface parameters (chemistry, roughness, wettability, morphology...) resulting from several surface treatments or preparations and single lap shear tests were performed. The whole results show the usefulness of surface cleaning and the influence of the manufacturing process before the adhesion stage. Moreover, the use of peel ply surface treatment was also evidenced in terms of surface roughening and cleaning. Furthermore, most of the available surface treatments are limited by the cohesive failure occurring under the polymer surface layer at the fibre-polymer interface of the composite material. Hence, laser ablation is proposed as an alternative way to increase adhesion performance when compared to common surface treatments.
机译:这项工作旨在指出聚合物表面层对聚合物基质复合材料的粘附性的影响。为此,进行由几种表面处理或制剂和制剂和单圈剪切试验产生的表面参数(化学,粗糙度,润湿性,形态学...)之间的相关性。整个结果表明,表面清洁的有用性和制造过程在粘附阶段之前的影响。此外,在表面粗糙化和清洁方面也可以使用剥离层表面处理。此外,大多数可用表面处理受复合材料的纤维 - 聚合物界面下的聚合物表面层下发生的粘性破坏的限制。因此,提出了激光烧蚀作为与常见表面处理相比增加粘合性能的替代方法。

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