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Model of thermomechanical behavior of structures reinforced by fibrous plastic

机译:纤维塑性增强结构的热机械行为模型

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© 2018, National University of Science and Technology MISIS. All rights reserved.Dependence of tensile strength of CFR with fiber reinforcement circuit 45°/0/–45° on maximum heating temperature is considered. This dependence is constructed according to the results of field experiment. The relation between excess of glass transition temperature and ultimate strength of the sample was established. It was concluded that it is possibile to make equilibrium equations for numerical modeling of structures made of polymer composite materials under joint force and multiple temperature effects, at temperatures slightly higher than glass transition temperature.
机译:© 2018年,国立科技研究大学-莫斯科国立钢铁合金学院。保留所有权利。考虑了纤维增强回路 45°/0/–45° 的 CFR 抗拉强度对最高加热温度的依赖性。根据现场实验结果构建了这种依赖关系。建立了超玻璃化转变温度与试样极限强度的关系。结果表明,在略高于玻璃化转变温度的温度下,可以对高分子复合材料结构在联合力和多重温度效应下进行数值模拟的平衡方程。

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