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1、理论力学课程简介课程英文名Theoretical Mechanics课程代码J0702Z21学分3总学时48理论学时48实验/实践学时0先修课程普通物理力学，高等数学适用专业应用物理学，声学内容简介 （中文）理论力学是高等学校物理学专业学生必修的基础理论课。它在普通物理力学的 基础上，运用高等数学工具研究宏观物体机械运动所遵循的普遍规律，更系统、更 严密地阐述经典力学的基本理论。本课程的理论教学内容主要分为三部分：静力学、运动学和动力学。静力学主 要研究力的基本性质，物体的受力分析与及各种力系的简化与平衡；运动学主要研 究物体运动的几何性质。动力学主要研究物体的机械运动与作用力之间的关系。通过
2、本课程的学习，应使学生达到应达到以下的目标：对宏观机械运动的规 律有较全面、较系统的认识，能掌握处理力学问题的一般方法。认识物理学与数学 的密切关系，能比较灵活地运用高等数学工具解决物理问题的能力。了解经典力学 的新发展和现代力学的研究前沿。内容简介 （英文）Theoretical Mechanics is a required basic theory course for students who major in physics of higher education. The universe laws followed by the macro mechanical motions
3、have been investigated using the advanced mathematics tool. The basic theory of classical mechanics has been elaborated more systematically and more strictly.The theoretical teaching contents of this course are divided into three parts: statics, kinematics and dynamics of mechanical systems. Statics
4、 mainly studies the basic properties, force analysis, the simplification and equilibrium conditions of force systems. Kinematics mainly studies the geometric properties of the motion of objects. Dynamics mainly studies the relationship between the mechanical motion and the force of objects.Through t
5、he study of this course, students should achieve the following objectives: a more comprehensive and systematic understanding of the law of macro mechanical motion. Mastering the methods of dealing with mechanical problems. Recognizing the close relationship between the physics and mathematics. The ability to use advanced mathematical tools flexibly to solve the physical problems. Understanding the research frontiers of classical mechanics and modern mechanics.执笔人审定人制定时间2019年03月