Caracterisation thermocinetique de materiaux composites fibreux soumis a un flux de rayonnement impulsionnel

M. Lafond-Huot, J. Bransier
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引用次数: 7

Abstract

The purpose of this paper is to test the validity of pulse methods to characterise the thermal properties of a fibrous non random composit material. A tridimensional numerical model shows that the influence of the contact fiber-matrix is slight except when the sample is gaz free and under vacuum; however the longitudinal diffusivity of the fiber is the most important parameter. A “flash” pulse method was used to test the validity of the model. For thick samples, the composit material is similar to an homogeneous material, the thermal properties of which depend on those of the cons tituants and on the geometrical parameters of the composit material.

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脉冲辐射通量下纤维复合材料的热动力学特性
本文的目的是测试脉冲法表征纤维非随机复合材料热性能的有效性。三维数值模型表明,除无气态和真空状态外,接触纤维基体的影响很小;而光纤的纵向扩散系数是最重要的参数。采用“闪光”脉冲法对模型的有效性进行了检验。对于厚样品,复合材料类似于均匀材料,其热性能取决于成分的热性能和复合材料的几何参数。
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