首页> 外文期刊>Journal of Applied Mechanics and Technical Physics >STRUCTURE OF THE CONSTITUTIVE RELATIONS FOR HEREDITARILY ELASTIC MATERIALS REINFORCED BY HARD FIBERS
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STRUCTURE OF THE CONSTITUTIVE RELATIONS FOR HEREDITARILY ELASTIC MATERIALS REINFORCED BY HARD FIBERS

机译:硬纤维增强的遗传性弹性材料本构关系的结构

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摘要

The problem of simplifying the nonlinear hereditary elasticity relations is considered for strongly anisotropic materials such as fiber-reinforced composites. This is done using their property that the material stiffness is high along the reinforcement and is low in the cross-sectional direction. The material is considered transversally isotropic. The simplification is performed by analyzing asymptotic representations of creep relations. Relations of various degrees of accuracy for various types of composites and stress states are obtained.
机译:对于诸如纤维增强复合材料的强各向异性材料,考虑了简化非线性遗传弹性关系的问题。这是利用材料的刚性来实现的,即沿着增强层的材料刚度高而在截面方向上的材料刚度低。该材料被认为是横向各向同性的。通过分析蠕变关系的渐近表示来进行简化。获得了各种类型复合材料的不同精度程度与应力状态之间的关系。

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