顶部
收藏

理论力学


作者:
胡运康、景荣春
定价:
34.80元
ISBN:
978-7-04-016452-7
版面字数:
480.000千字
开本:
16开
全书页数:
397页
装帧形式:
平装
重点项目:
暂无
出版时间:
2006-07-15
读者对象:
高等教育
一级分类:
力学类
二级分类:
工科各专业力学基础课程
三级分类:
理论力学

本书主要适用于高等学校本科应用型人才的培养需要。本书对传统的工科理论力学教材体系作了较大改革。静力学采用以动力学为基础的理论体系和新的内容编排。运动学加强解析法,在按课程基本要求讲授合成法之余,在全部运动学中贯穿解析法。动力学加强动力学普遍定理。考虑应用型本科学生的特点,讲透解题方法。采用新的体系和讲透解题方法,使理论力学比较容易学。

全书包括3篇16章,静力学篇:力系作用量,物体的受力分析,平衡力系作用下物体的受力;运动学篇:点的运动学,刚体的基本运动,刚体的平面运动,点的复合运动;动力学篇:质点动力学基本方程,动量定理,动量矩定理,动能定理,动静法,碰撞,虚位移原理,拉格朗日方程,振动。

本书包括理论力学多学时课程基本要求的内容,可作为高等学校本科机械、土建类等专业理论力学课程教材,也可供高职高专、成人高校师生及有关工程技术人员参考。

本书配有电子教案。

  • Introduction
  • Part1 Statics
    • Chapter1 Action of Force System
      • 1-1 Principal vector of force system,resultant of concurrent force system
      • 1-2 Moment of force,principal moment
      • 1-3 Action,equivalence and equilibrium of force system
      • 1-4 Couple
      • 1-5 Reduction of force system
      • 1-6 Center of gravity,parallel distributed force
      • Summary
      • Problems
    • Chapter2 Force-analysis of Constrained Bodies
      • 2-1 Constraints,constraint force and active force
      • 2-2 Forces of common constraints
      • 2-3 Force-analysis and free body diagram
      • Summary
      • Problems
    • Chapter 3 Forces on Bodies under equilibrium force system
      • 3-1 Equilibrium conditions and equations of force system
      • 3-2 Equilibrium equations of coplanar force system and their application
      • 3-3 Equilibrium of simple rigid body system
      • 3-4 Statically indeterminate problem
      • 3-5 Trusses
      • 3-6 Friction
      • 3-7 Rolling resistance
      • 3-8 Three-dimentional force system in equilibrium
      • Summary
      • Problems
  • Part2 Kinematics
    • Chapter4 Motion of a Point
      • 4-1 Vector method
      • 4-2 Cartesian coordinates method
      • 4-3 Natural coordinates method
      • Summary
      • Problems
    • Chapter5 Basic Motions of Rigid Body
      • 5-1 Translation of rigid body
      • 5-2 Rotation of rigid body about a fixed axis
      • Summary
      • Problems
    • Chapter6 Planar Motion of a Rigid Body
      • 6-1 Introduction
      • 6-2 Analytic method of planar motion of a rigid body
      • 6-3 Decomposition of planar motion of a rigid body
      • 6-4 Velocity analysis
      • 6-5 Acceleration analysis
      • Summary
      • Problems
    • Chapter7 Composite Motion of a Point
      • 7-1 Introduction
      • 7-2 Theorem on composition of velocities and accelerations
      • 7-3 Coriolis acceleration
      • 7-4 Compound problems of kinematics
      • Summary
      • Problems
  • Part3 Dynamics
    • Chapter8 Basic dynamic equation of a particle
      • 8-1 Basic dynamic equation of a particle in inertial reference frame
      • 8-2 Basic dynamic equation of a particle in noninertial reference frame
      • Summary
      • Problems
    • Chapter9 Theorem of Momentum
      • 9-1 Significance of the general theorems of dynamics
      • 9-2 Theorems of momentum of a particle and particle system
      • 9-3 Theorem of motion of mass center
      • 9-4 Application of theorem of momentum
      • Summary
      • Problems
    • Chapter10 Theorem of Moment of Momentum
      • 10-1 Principal vector and principal moment of motion of a particle system
      • 10-2 Theorem of moment of momentum about a fixed point
      • 10-3 Dynamic equation of rotation of a rigid body about a fixed axis
      • 10-4 Moment of inertia
      • 10-5 Theorem of moment of momentum in relative motion
      • 10-6 Theorem of moment of momentum about mass center,dynamic equations ofrigid body in planar motion
      • Summary
      • Problems
    • Chapter11 Theorem of Kinetic Energy
      • 11-1 Theorem of kinetic energy of a particle and particle system
      • 11-2 Kinetic energy of a particle system
      • 11-3 Work of forces
      • 11-4 Work of constraint forces,internal forces and ideal constraints
      • 11-5 Potential energy,conservation of mechanical energy
      • 11-6 Power
      • 11-7 Application of theorem of kinetic energy
      • 11-8 Compound problems of general theorems of dynamics
      • Summary
      • Problems
    • Chapter12 Method of Kineto-statics
      • 12-1 Kineto-statics of a particle and particle system
      • 12-2 Reduction of inertia force system
      • 12-3 Application of kineto-statics
      • 12-4 Dynamic bearing reactions,dynamic balancing
      • Summary
      • Problems
    • Chapter13 Collision
      • 13-1 Basic concepts of collision
      • 13-2 Theorems of momentum and moment of momentum in collision
      • 13-3 Coefficient of restitution
      • 13-4 Energy loss of particles in collision
      • 13-5 Center of collision
      • Summary
      • Problems
    • Chapter14 Principle of Virtual Displacement
      • 14-1 Constraints,virtual displacement,virtual work,ideal constraints
      • 14-2 Principle of virtual displacement
      • 14-3 Generalized coordinates and degrees of freedom
      • 14-4 Generalized force and its equilibrium condition
      • Summary
      • Problems
    • Chapter15 Lagrange Equation
      • 15-1 d’Alembert principle
      • 15-2 Generalized equation of dynamics
      • 15-3 Lagrange equation
      • 15-4 First integrals of Lagrange equation
      • Summary
      • Problems
    • Chapter16 Vibration
      • 16-1 Free vibration of undamped one-degree-of-freedom system
      • 16-2 Method of energy
      • 16-3 Free vibration of damped one-degree-of-freedom system
      • 16-4 Forced vibration of undamped one-degree-of-freedom system
      • 16-5 Forced vibration of damped one-degree-of-freedom system
      • Summary
      • Problems
  • References
  • Key to Exercises
  • Index
  • Synopsis
  • Contents

相关图书


相关数字化产品