为了激发学生对工程结构相关课程的学习兴趣，提高教学效果，文章提出将ANSYS软件应用到工程结构课程教学中，并对其方法进行了探讨。在教学活动中，通过ANSYS有限元软件的仿真分析，让学生能直接了解到工程结构构件的应力、应变、位移云图及构件的各种力学破坏过程和特征，加深学生对基本知识、基本概念的理解。将仿真分析应用到教学中还可以活跃课堂气氛，增强学生对工程结构的学习兴趣，同时也加深学生对国际主流结构设计软件ANSYS的了解。

In order to inspire the learning interest of students for courses related to engineer structures, ANSYS software has been used during the teaching process to improve the teaching effect. Simulation analysis by ANSYS can make the students know the strain, stress and displacement distribution of the engineering structure components, including the failure process and characteristics of the components and it can also deepen the students’ understanding of basic knowledge and concepts. This method can make up for the inadequacy of tests and make the teaching atmosphere actively as well, enhancing the learning interest of the students for engineering structures. Meanwhile, the students could learn the international mainstream structure design software ANSYS.

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