Nonlinear characteristic of matrix material is considered in the bridging model constitutive theory of composite materials.
复合材料的桥联模型本构理论考虑了基体材料的非线性特性。
Only, a dynamics model of bridging fiber is built, fracture dynamics problems of composite materials are solved very well.
只有建立复合材料的桥连动力学模型，才能更好地研究复合材料的断裂动力学问题。
If dynamics model of bridging fiber is built, the dynamics problem of composite materials is solved very convenient.
只有建立复合材料的桥连动力学模型，才能更好地研究复合材料的断裂动力学问题。
Based on the failure analysis of reinforced concrete and the fracture behavior of concrete as a type of quasi-brittle materials, a model of matrix crack with bridging bar is proposed in this paper.
基于钢筋混凝土的破坏分析，结合混凝土类准脆性材料的断裂特性，本文提出了强化筋桥联基体裂纹力学分析模型，在该虚拟裂纹端部存在粘聚力分布，而强化筋在桥联裂纹处具有与基体脱离的部分段。
Steel fiber is often used to reinforce cemented materials because it can provide bridging effect of crack in matrix.
钢纤维因其能为基体裂纹提供桥联而经常被用于增强水泥基材料。
As a two-dimension high conductivity material, graphene is a good bridging agent and interface coupling agent in electrode materials.
作为一种二维高导电材料，石墨烯在电极中起到了很好的连接搭桥和界面偶合作用。
As a two-dimension high conductivity material, graphene is a good bridging agent and interface coupling agent in electrode materials.
作为一种二维高导电材料，石墨烯在电极中起到了很好的连接搭桥和界面偶合作用。
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