多相流体系统的非线性弹性变形

J. Gaydos
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引用次数: 26

摘要

仅给出摘要形式,如下。交联的表面活性化合物会产生一个界面弹性区,并改变任何多相流体系统的力学状态和变形行为。柯西弹性材料和格林弹性材料的本构律的性质将作为这个区域的模型来研究。一个重要的结果是,通常的拉普拉斯和诺伊曼毛细管方程,适用于非混相流体的边界条件,必须改变,以反映这个弹性区的存在。下面将考虑几个例子。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Non-linear elastic deformations of multi-phase fluid systems
Summary form only given, as follows. Cross-linked, surface-active compounds will create an interfacial, elastic zone and alter the mechanical state and deformation behaviour of any multi-phase fluid system where this occurs. The properties of the constitutive laws for both Cauchy and Green elastic materials will be examined as models for this zone. One significant consequence is that the usual Laplace and Neumann equations of capillarity, applicable as boundary conditions for immiscible fluid phases, must be altered to reflect the presence of this elastic zone. Several examples will be considered.
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