湖南大学本科专业培养方案(2015版)课程教学大纲 编 码：ME04020 Code:ME04020 课程名称：理论力学 Course Title:Theoretical mechanics 课程类别：学门核心 Course category:Core Course in General Discipline 学分：4 Credit(s):4 开课单位：机械与运载工程学院 Offering College/School:College of Mechanical Vehicle Engineering 课程描述：本课程是一门为数学、机械、土木、材料等非力学专业学生开设的力学基础课。 通过本课程学习学生能掌握静力学、运动学及动力学的基本概念、基本理论及分析方法，为 学生学习后续课程如材料力学、结构力学等打下基础。通过理论力学的教学，逐渐培养学生 将复杂的工程实际问题抽象简化为便于计算的力学模型，并进行数学求解的能力。培养学生 基于基本概念和公理进行逻辑推理的能力：独立思考以及创新的能力。 Course description:This is a basic Mechanics course for Mathematics,mechanical,civil,materials and other non-mechanical majors.1)Enable students to master the basic concepts,theories and analytical methods of statics,kinematics and dynamics;Lay foundations for the subsequent courses such as material mechanics,structural mechanics.2)Through theoretical mechanics teaching, students will gradually develop abilities of simplifying complex engineering problems into simply mechanical model for the computing purpose,and that of solving mathematical problems as well.3) To develop the students'abilities of logical reasoning based on the basic concepts and axioms,and that of independent thinking and innovation. 9湖南大学本科专业培养方案（2015 版）课程教学大纲 9 编 码：ME04020 Code: ME04020 课程名称：理论力学 Course Title: Theoretical mechanics 课程类别：学门核心 Course category: Core Course in General Discipline 学 分：4 Credit(s): 4 开课单位：机械与运载工程学院 Offering College/School: College of Mechanical & Vehicle Engineering 课程描述：本课程是一门为数学、机械、土木、材料等非力学专业学生开设的力学基础课。 通过本课程学习学生能掌握静力学、运动学及动力学的基本概念、基本理论及分析方法，为 学生学习后续课程如材料力学、结构力学等打下基础。通过理论力学的教学，逐渐培养学生 将复杂的工程实际问题抽象简化为便于计算的力学模型，并进行数学求解的能力。培养学生 基于基本概念和公理进行逻辑推理的能力；独立思考以及创新的能力。 Course description: This is a basic Mechanics course for Mathematics，mechanical, civil, materials and other non-mechanical majors.1) Enable students to master the basic concepts, theories and analytical methods of statics, kinematics and dynamics; Lay foundations for the subsequent courses such as material mechanics, structural mechanics.2) Through theoretical mechanics teaching, students will gradually develop abilities of simplifying complex engineering problems into simply mechanical model for the computing purpose, and that of solving mathematical problems as well.3) To develop the students' abilities of logical reasoning based on the basic concepts and axioms, and that of independent thinking and innovation