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Preliminary assessment of the ultra violet curing of composites manufactured by the resin infusion between double flexible tooling process

机译:通过双柔性模具工艺之间的树脂灌注制造的复合材料的紫外线固化的初步评估

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This study evaluates the feasibility of designing and incorporating a cure on demand system into the resin infusion between double flexible tooling (RIDFT) process, using ultraviolet (UV) light for the curing of composite laminates. This work set out to develop a process for the RIDFT that would eliminate or reduce the inflexibility in the current production process, resulting in shortened production cycle times. UV cured laminates were produced at a fraction of the time required for catalyst cured laminates. Mechanical and rheological tests were performed on each of the UV cured laminates produced. The results were referenced against those obtained for laminates produced using a catalyst curing system to determine their overall quality. Experimental results from the tensile and rheological tests inferred that the UV cured laminates yielded material properties that were comparable and in a few instances slightly better than that of thermally cured laminates.
机译:这项研究评估了设计和在双柔性模具(RIDFT)工艺之间使用紫外线(UV)光固化复合材料层压板时,将按需固化系统设计和纳入树脂灌注的可行性。这项工作着手开发一种用于RIDFT的方法,该方法将消除或减少当前生产过程中的不灵活性,从而缩短了生产周期。紫外线固化层压板的生产时间仅为催化剂固化层压板所需时间的一小部分。对所生产的每种UV固化层压板进行机械和流变测试。将结果与使用催化剂固化系统生产的层压板所获得的结果进行比较,以确定其总体质量。拉伸和流变测试的实验结果表明,紫外线固化的层压板产生的材料性能与热固化层压板相当,并且在某些情况下略好于热固化层压板。

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