A New Main Matrix to Find the Principal Stresses, Strains and the Max - Shear Stress, Strain by MATLAB Simulation

Abdullah Dhayea Assi
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Abstract

In this research, a main matrix has been derived from the stress components in the inclined plane with an angle θ that calculates the normal stresses and shear stress in the inclined plane to be used in calculating the main stresses and the maximum shear stress in one step, this is done using the principal stress angle which is calculated from known stress compounds. As well as calculating the maximum shear stress after using the correction factor. The inverse of this derived matrix can be used to calculate the stress compounds through the known principal stresses and this applies to the components of the principal strain and strain, and the maximum shear strain. All this is done through MATLAB simulation Keywords: Normal Stresses and Strains, Shear, Principal Stresses, max. Shear Stress
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通过 MATLAB 仿真计算主应力、应变和最大剪应力、应变的新主矩阵
在这项研究中,根据倾斜面中的应力分量得出了一个主矩阵,该矩阵可以计算出倾斜面中的法向应力和剪应力,用于一步计算主应力和最大剪应力。在使用修正系数后,还可计算出最大剪应力。该推导矩阵的逆矩阵可用于通过已知主应力计算应力化合物,并适用于主应变和应变分量以及最大剪切应变。所有这些都通过 MATLAB 仿真完成:法向应力和应变,剪切,主应力,最大剪切应力剪应力
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