Verification of the Analytical Solution and Numerical Simulation for Tension - Pressure

Helena Kraváriková
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Abstract

The proposed constructions have to meet their use in terms of shape, dimensions and above all, strength. Parts of the structure are loaded by external forces. The load on the structure is examined in all parts and directions. Parts of the structure are stressed by a combination of basic types of stress. One of the basic types of stress is pull or pressure. The investigation of the part of the structure under tensile-compression stress is important because of the deformation, stability and strength of the structure as a whole. Analytical solution, classical experiment or modelling FEM can be used to predict the stress of structural parts. Currently, the most preferred solution is FEM numerical simulation. Numerical simulation has a more purposeful use in the solution of structural stability. The article contains the solution, tensile stresses for a steel rod, numerical simulation using the FEM method in the ANSYS program and analytically.
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张力-压力的分析求解和数值模拟验证
所建议的结构必须在形状、尺寸,尤其是强度方面满足使用要求。结构的各个部分都受到外力的加载。对结构各部分和各方向的荷载进行检查。结构的各个部分受到各种基本应力的综合作用。基本应力类型之一是拉力或压力。由于结构整体的变形、稳定性和强度,因此对处于拉压应力下的结构部分进行研究非常重要。可以使用分析方法、经典实验或有限元建模来预测结构部件的应力。目前,最常用的方法是有限元数值模拟。数值模拟在结构稳定性求解中具有更高的用途。这篇文章包含在 ANSYS 程序中使用有限元方法和分析方法对钢棒拉伸应力进行数值模拟的解决方案。
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