摘要
对机械设计制造及其自动化专业或其它近机类专业来说,理论力学是一门以理论分析为主的专业技术基础课,是公认的一门难课,重点培养学生实际分析和解决工程问题的能力,对材料力学、机械设计、机械原理等后续课程起着重要准备作用。本文针对理论力学课程的内容与特点,结合学生自身情况与工作实践,对课程教学方法进行分析和探讨,旨在提高课堂教学效果、提高学生对本门课程的学习兴趣,增强学生分析解决实际问题的能力。
For mechanical design and manufacturing automation and other near-machine majors,theoretical mechanics is a professional technical basic course based on theoretical analysis.It is recognized as a difficult course,focusing on cultivating students'practical analysis and solving projects.The ability to solve problems plays an important role in the follow-up courses such as material mechanics,mechanical design,and mechanical principles.Based on the content and characteristics of the theoretical mechanics course,combined with the students'own situation and work practice,this paper analyzes and discusses the teaching methods of the course,aiming to improve the classroom teaching effect,improve students'interest in learning this course,and enhance students'analysis and solve practical problems.ability.
出处
《数码设计》
2018年第8期6-6,共1页
Peak Data Science
关键词
理论力学
教学方法
微课程
类比
theoretical mechanics
teaching method
micro-course
analogy
