1) porous elastic
多孔弹性
1.
coupling thermo-hydro-mechanical dynamic response of a porous elastic medium;
考虑热-水-力耦合效应多孔弹性地基的动力响应
2) poroelastic beam
多孔弹性梁
1.
Nonlinear governing equations were established for large deflection of incompressible fluid saturated poroelastic beams under constraint that diffusion of the pore fluid is only in the axial direction of the deformed beams.
在孔隙流体仅存在沿梁轴线方向扩散的假定下,建立了微观不可压饱和多孔弹性梁大挠度问题的非线性数学模型。
2.
Based on the theory of porous media and the hypothesis of large deflection of slender beams,one dimensional nonlinear mathematical model was presented for quasi-static large deflection of incompressible fluid saturated poroelastic beams under constraint that the axis line of poroelastic beam doesn t elongate and the diffusion of pore fluid is only in the axial direction of the deformed beams.
基于饱和多孔介质理论和弹性梁的大挠度弯曲假设,在多孔弹性梁轴线不可伸长,孔隙流体仅沿轴向方向扩散的限制下,建立了微观不可压饱和多孔弹性梁大挠度拟静态响应的一维非线性数学模型。
3.
Based on the theory of porous media and under the condition of infinitesimal deflection,the governing differential equations for an incompressible saturated poroelastic beam were presented.
在杆件弯曲小变形的假定下,考虑杆件的侧向变形因素,根据多孔介质理论,本文首先建立了不可压饱和多孔弹性梁弯曲变形时动力响应的控制方程。
3) poroelastic plate
多孔弹性板
1.
Based on the theory of porous media,with the hypothesis of Kirchhoff and small deformation of solid phase,a dynamic bending mathematical model of incompressible saturated orthotropic poroelastic plates with in-plane diffusion was established.
基于多孔介质理论,在Kirchhoff直法线假定以及小变形和线性本构关系前提下,建立了饱和不可压正交各向异性多孔弹性板的线性动力分析模型。
4) Elastic porous medium
多孔弹性介质
5) viscoelastic porous media
黏弹性多孔介质
6) Elastic porous material
弹性多孔材料
补充资料：聚氨酯微孔弹性体
分子式：
CAS号：
性质：又称高密度泡沫橡胶。是具有微孔结构的聚氨酯弹性体总称。在聚氨酯弹性体(浇注型、热塑型和混炼型)生产过程中添加一定量的发泡剂，经特定的加工工艺而成的产物。其密度通常为240～960kg/m3。有开孔型和闭孔型等各种制品。依所用多元醇的不同分为聚酯、聚醚型两种。具有优异的物理性能，较高的撕裂强度，耐磨性能、减震性能和高载荷性能。广泛用于减震缓冲阻尼材料、地毯背衬、鞋底材料等。
CAS号：
性质：又称高密度泡沫橡胶。是具有微孔结构的聚氨酯弹性体总称。在聚氨酯弹性体(浇注型、热塑型和混炼型)生产过程中添加一定量的发泡剂，经特定的加工工艺而成的产物。其密度通常为240～960kg/m3。有开孔型和闭孔型等各种制品。依所用多元醇的不同分为聚酯、聚醚型两种。具有优异的物理性能，较高的撕裂强度，耐磨性能、减震性能和高载荷性能。广泛用于减震缓冲阻尼材料、地毯背衬、鞋底材料等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条