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A NEW EXPERIMENT PROCEDURE TO PREDICT THE MECHANICAL PROPERTIES OF COMPOSITES REINFOFORCED BY BRAIDED FIBER BUNDLES

机译:一种新的实验程序,以预测编织纤维束重铸复合材料的机械性能

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摘要

A model to predict the failure of composite braids is described and applied to obtain the mechanical properties of the separate constituents in a composite material reinforced by braided fiber bundles. The results of tension and compression experiments on coupons and the braid geometry are input for the model. The required experiments - and the interpretation of their results - to obtain the input are defined. The geometry description is based on Naik's [1] model. This project showed that the non-linear material behavior of the matrix material points to using -similar to metals - σ_y at limit load during the design process. The width of the test coupon should exceed the width of the repetitive unit cell of the braid in order to obtain proper experiment results. This is required to properly load the fiber bundles in the coupon.
机译:描述和施加用于预测复合编织物的故障的模型,以通过编织纤维束加强的复合材料中的单独组分的机械性能。优惠券上的张力和压缩实验结果和辫子几何的结果为模型。定义了所需的实验 - 以及其结果的解释 - 以获得输入。几何描述基于Naik的[1]模型。该项目表明,在设计过程中,矩阵材料的非线性物质行为与Mimilare相对于金属 - σ_y,在设计过程中。测试优惠券的宽度应超过编织物的重复单元电池的宽度,以获得适当的实验结果。这是需要正确加载优惠券中的光纤捆绑包。

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