本课程是土木工程专业的一门理论性较强的必修学科基础课程，在工程领域有广

本课程是土木工程专业的一门理论性较强的必修学科基础课程，在工程领域有广泛的
应用。本课程主要研究质点、质点系和刚体做机械运动（包括平衡）的一般规律。内容包括静力学、运动学和动力学三大部分。理解静力学的基本概念及受力分析方法，知道各种力系的简化方法与步骤，熟练掌握解决受力物体平衡时条件方法及其应用。理解动力学的基本概念，掌握质点和质点系（包括刚体）作简单运动和比较复杂运动时的一般规律并求其运动时的速度加速度。3、理解运动力学的基本概念，掌握动量定理、动量矩定理、动能定理和达朗伯原理、虚位移原理及其应用。要求学生应用相关理论和方法，分析解决实际问题。

結果 (英文) 1:

This course is a civil engineering major strong theoretical foundation courses compulsory subject in the engineering field has a wide range of
application. This course studies particle, particle system and rigid body made mechanical movement (including balance) of the general law. Including statics, kinematics and dynamics of three parts. Understanding of the basic concepts of statics and stress analysis methods, simplified system of forces that various methods and procedures, master objects to solve the force balance condition and its application. Understanding of the basic concepts of dynamics,Master particle and particle-based (including rigid) for easy movement and more complex movement of the general law and for its movement speed acceleration. 3, to understand the basic concepts of sports mechanics, master momentum theorem, angular momentum theorem, the kinetic energy theorem and Alembert principle of virtual displacement principle and its application. Requires students to apply relevant theories and methods to analyze and solve practical problems.

結果 (英文) 2:

This course is a professional civil engineering a strong theoretical compulsory basic courses, is widely used in the field of engineering. This course is mainly to study the particle, particle system and the rigid body as a machine (including the general law of balance). Including kinematics and dynamics, three parts. And stress analysis method to understand the basic concepts of statics, know and simplified the procedure of various forces, skilled in solving stress condition of object balance and its application. Understanding of the basic concepts of dynamics,Master of particle and particle system (including rigid general rules) simple motion and complex motion and the motion velocity and acceleration. 3 basic concepts, understand the mechanics of movement, grasp the shift principle and application of momentum theorem, the theorem of moment of momentum, kinetic energy theorem and the D'Alembert principle, the virtual. Ask students to apply relevant theories and methods, to analyze and solve practical problems.

結果 (英文) 3:

This course is a theoretical strong compulsory for civil engineering Foundation course,
a variety of applications in the field of engineering. This course mainly studies particle, particle systems and mechanical motion of rigid bodies (including balance) of the General rules. Including statics, kinematics and dynamics of content into three parts. Understand the basic concepts and methods of stress analysis of statics, knows a variety of forces simplified methods and steps, mastering conditions to solve the body balance method and its application. Understand the basic concepts of kinetic,Mastery of particles and particle systems (including rigid body) for simple and complex movements of general laws and seek their movement speed acceleration. 3, understanding the basic concept of dynamics, master theorem, the theorem of momentum, kinetic energy and d ' alembert's principle, principle of virtual displacements and their applications. Ask the students to apply theories and methods, analyze and solve practical problems.