Abstract

The current research article deals with the study of deformation in a non-homogeneous orthotropic micropolar medium. It is assumed that the functionally graded material has non-homogeneous mechanical properties in the x-direction. The exact analytical expressions for the displacement and stress components are obtained in the physical domain by using the normal mode analysis technique. These components are then computed numerically using MATLAB software for aluminum epoxy composite as micropolar material and are also depicted graphically to show the variations of physical quantities. The comparisons have been carried out to show the effect of anisotropy on all physical quantities.

摘要

当前的研究文章涉及非均匀正交各向异性微极介质中的变形研究。假设功能梯度材料在x方向上具有非均匀的机械性能。通过使用正则模式分析技术，在物理域中获得了位移和应力分量的精确解析表达式。然后使用 MATLAB 软件对这些组件进行数值计算，将铝环氧复合材料作为微极材料，并以图形方式描绘以显示物理量的变化。已经进行了比较以显示各向异性对所有物理量的影响。