Research on the Application of Finite Element Method in Engineering Mechanics Teaching

Shang Wang, Xuelei Wang, Fei Peng
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Abstract

The teaching of Engineering Mechanics in vocational schools has always been a challenging task. In this paper, we propose a method to enhance the teaching quality by utilizing digital instructional resources. We select a difficult question raised by students as the study target and establish a related finite element model. Numerous digital resources are obtained through simulation calculations. Based on these materials, we design and conduct teaching experiments. The results demonstrate that the teaching method significantly improves the teaching quality, and students’ study enthusiasm is greatly enhanced. The color nephogram obtained using the finite element method is particularly beneficial for students to comprehend abstract concepts. The research ideas presented in this paper can be applied in the teaching of other chapters of Engineering Mechanics and can serve as a reference for teaching innovation in other courses. With the trend of future education moving towards digitalization, the approach presented in this paper highlights the potential for using digital resources to enhance teaching quality.
有限元法在工程力学教学中的应用研究
高职院校工程力学教学一直是一项具有挑战性的任务。本文提出了一种利用数字化教学资源提高教学质量的方法。我们选择学生提出的难题作为研究对象,建立相应的有限元模型。通过仿真计算,获得了大量的数字资源。根据这些材料,我们设计并进行教学实验。结果表明,该教学方法显著提高了教学质量,学生的学习积极性大大提高。用有限元法得到的彩色云图特别有利于学生理解抽象概念。本文提出的研究思路可以应用到工程力学其他章节的教学中,也可以为其他课程的教学创新提供参考。随着未来教育走向数字化的趋势,本文提出的方法突出了利用数字资源提高教学质量的潜力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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