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Visualization of Thermal Effects in Polypropylene-Based Composites under Cyclic Bending Tests

机译:循环弯曲试验下的聚丙烯基复合材料中热效应的可视化

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The attention of this paper is focused on surface temperature changes which are experienced by thermoplastic composite materials under cyclic bending tests. Such changes are visualized and measured with an infrared imaging device and later analyzed to gain information which, coupled with other mechanical and/or chemical properties, may be exploited for the material characterization. In particular, thermoplastic composites based on a polypropylene matrix, which may be neat, or modified by the addition of a relatively low amount of a specific compatibilizing agent, and reinforced with glass or jute woven fibres are investigated.
机译:本文的注意力集中在循环弯曲试验下的热塑性复合材料经历的表面温度变化。这种改变通过红外成像装置进行了可视化和测量,并且后面分析以获得与其他机械和/或化学性质耦合的信息,可以利用材料表征。特别地,研究了基于聚丙烯基质的热塑性复合材料,其可以通过添加相对少量的特异性增容剂而可以纯净或改性,并用玻璃或黄糖编织纤维增强。

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