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Incremental algorithm for acoustoelastic theory of large static pre-deformed fluid-saturated porous media

机译:大型静态预变形流体饱和多孔介质声弹理论的增量算法

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摘要

The incremental acoustoelastic equations for fluid-saturated porous media (FSPM) under the large static pre-deformation are derived in this paper by incremental loading method based on classic acoustoelastic theory of FSPM, which provides quantitative acoustoelastic relation of FSPM with arbitrary constitutive equation. Isotropic FSPM with third-order constitutive equation are taken as an example to give the relation between wave velocity and confining pressure and discuss the effect of loading step on acoustoelastic relations of isotropic FSPM under closed-pore jacketed condition and opened-pore jacketed condition.
机译:本文基于经典的FSPM声弹理论,采用增量加载法,采用静态加载方法,导出了大静预变形下的流体饱和多孔介质(FSPM)的增量声弹方程,提供了具有任意本构方程的FSPM定量声弹关系。以具有三阶本构方程的各向同性FSPM为例,给出了波速与围压之间的关系,并讨论了加载步骤对闭孔夹套和开孔夹套条件下各向同性FSPM声弹性关系的影响。

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