The basic constitutive equations of theory of mixtures obtained for a mixture of two linear elastic solids can be used as an alternative way to describe the mechanical behavior of binary composite materials. Determining the load ratios carried by each constituent solid of a binary composite is one of challenges of this theory. In this study, the results of directly calculating the ratios of external load carried by each constituent solid for the case of perfectly bonded interface between binary mixture constituents are discussed. Thus, the effects of loading type and volume fraction of the constituent solids to the load ratios carried by each constituent solid are investigated by using three different loading cases and three different volume fractions. Finally, displacement, stress and diffusive force results of two constituent solids using the calculated load ratios are given.

从两种线性弹性固体的混合物中获得的混合物理论的基本本构方程可以用作描述二元复合材料力学行为的另一种方法。确定二元复合材料的每个组成固体所承担的载荷比是该理论的挑战之一。在这项研究中，讨论了直接计算在二元混合物成分之间完美结合的界面情况下每种成分固体所承受的外部载荷比率的结果。因此，通过使用三种不同的加载工况和三​​种不同的体积分数，研究了组成固体的负载类型和体积分数对每种组成固体所承担的负载比的影响。最后，位移