基于ANSYS的低碳钢拉伸实验与传统实验数据对比分析研究

Comparative Analysis of Low Carbon Steel Tensile Test and Traditional Test Data Based on ANSYS

材料力学中,低碳钢拉伸实验是非常重要的一个力学实验。通过实验可以非常直观的了解低碳钢的力学性能,为实际加工生产提供理论支撑。以实验室开放的模式,研究搭建ANSYS虚拟仿真实验平台,通过ANSYS软件对低碳钢拉伸实验进行模拟分析,得出的力学性能数据与传统试验机上的数据进行比较分析,从而得出ANSYS软件分析能更加直观地模拟低碳钢拉伸实验时的力学性能变化,增加学生的学习兴趣,提高了力学实验的教学效果,全面提升了学生的创新能力。

In the mechanics of materials,the tensile test of low carbon steel is a very important mechanical experiment.Through the experiment,we can intuitively understand the mechanical properties of low carbon steel and provide theoretical support for practical processing and production.In the open laboratory mode,study and build the ANSYS virtual simulation experiment platform,simulate and analyze the low-carbon steel tensile experiment through the ANSYS software,and compare the obtained mechanical property data with the data on the traditional testing machine,so as to draw the conclusion that the ANSYS software analysis can more directly simulate the mechanical property changes of low-carbon steel tensile experiment and increase students’interest in learning,It improves the teaching effect of mechanical experiment and comprehensively improves students’innovation ability.