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Study on Mechanical Properties of Carbon-Carbon Composites Developed for Aerospace Applications

机译:用于航空航天应用开发的碳 - 碳复合材料的力学性能研究

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Carbon-carbon composites, which is a low density material exhibit remarkable thermo-structural properties. This makes it an ideal choice for realising products/hot structures for aerospace applications which encounters hostile thermal environments. As part of the carbon-carbon product development for spacecrafts and launch vehicles, VSSCISRO is in the development of carbon-carbon composites by means of distinct processing routes and fibre matrix combinations based on the application. Mechanical properties of the same were evaluated both in ambient as well as at elevated temperature regimes. Analysis of the test results reveals that the process combining graphitised carbon preform with densified matrix structure can lead to enhanced thermo-structural properties.
机译:碳 - 碳复合材料,其是低密度材料表现出显着的热结构性质。这使其成为实现航空航天应用的产品/热结构的理想选择,遇到敌对热环境。作为航天器和发射车辆的碳 - 碳产品开发的一部分,VSSCisro通过基于应用的不同处理路线和光纤矩阵组合在开发碳 - 碳复合材料中。在升高的温度制度下,在环境中以及升高的温度范围内评估相同的机械性能。试验结果的分析表明,将石墨化碳预制件与致密化基质结构相结合的方法可导致增强的热结构性能。

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