摘要
文章针对机械电子学课程内容抽象、数学基础多、学习及授课难度大等特点,为克服常规教学方法的不足,提高教学效果,提出将ANSYS有限元仿真应用到机械电子学的课程教学中,并对其辅助教学方法进行了研究,对基于ANSYS有限元仿真的教学案例进行了分析。实践表明,在课程教学过程中,ANSYS有限元仿真可以使学生直观地了解机电系统运行过程及特征,加深了对课程基础理论知识及概念的理解,提高了课程教学质量。
For the mechatronics course content abstract, mathematical basis, learning and teaching difficulty and other characteris-tics, in order to overcome the deficiencies of conventional teaching methods to improve teaching effectiveness, proposed ANSYS FEM applied to courses in teaching mechatronics, and its secondary teaching methods were studied, teaching cases based on ANSYS finite element simulation analyzes. Practice shows that in the course of the teaching process, ANSYS finite element simulation allows students to intuitively understand the process of operation and characteristics of electromechanical systems, deepen the curriculum of basic theoretical knowledge and understanding of the concept to improve the teaching quality.
出处
《科教导刊》
2016年第1Z期124-125,共2页
The Guide Of Science & Education
