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Micro-Mechanical Modelling of Void Growth and Damage evolution of Nano-toughened Structural Adhesives Using the Finite Volume Method

机译:有限体积法对纳米增韧结构胶黏剂的空洞生长和损伤演化的微机械建模

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摘要

It is evident from the numerical results that the analytical void growth model of Rice & Tracey doesn't agree well with numerical simulations for a perfectly plastic material model considered here. However, good agreement is obtained using a power-law hardening material which is more similar to real world materials.
机译:从数值结果可以明显看出,Rice&Tracey的分析空洞生长模型与此处考虑的完美塑性材料模型的数值模拟不太吻合。但是,使用幂律硬化材料(与现实世界的材料更相似)会获得良好的一致性。

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