工程力学.动力学(第10版 英文影印版)

.13.5 equations of motion: normal and tangential coordinates
13.6 equations of motion: cylindrical coordinates
13.7central-force motion and space mechanics
14kinetics of a partide: work and energy
chapter objectives
14.1 the work of a force
14.2 principle of work and energy
14.3 principle of work and energy for a system of particles
14.4 power and efficiency
14.5 conservative forces and potential energy
14.6 conservation of energy
15kinetics of a partide: impulse and momentum
chapter objectives
15.1 principle of linear impulse and momentum
15.2 principle of linear impulse and momentum for a system of particles
15.3 conservation of linear momentum for a system of particles
15.4 impact
15.5 angular momentum
15.6 relation between moment of a force and angular momentum
15.7 angular impulse and momentum principles
15.8steady fluid streams
15.9propulsion with variable mass
review 1: kinematics and kinetics of a particle
16 planar kinematics of a rigid body
chapter objectives
16.1 rigid-body motion
16.2 translation
16.3 rotation about a fixed axis
16.4 absolute general plane motion analysis
16.5 relative-motion analysis: velocity
16.6 instantaneous center of zero velocity
16.7 relative-motion analysis: acceleration
16.8 relative-motion analysis using rotating axes
17 planar kinetics of a rigid body: force and acceleration
chapter objectives
17.1moment of inertia
17.2 planar kinetic equations of motion
17.3 equations of motion: translation
17.4 equations of motion: rotation about a fixed axes
17.5 equations of motion: general plane motion
18 planar kinetics of a rigid body: work and energy
chapter objectives
18.1 kinetic energy
18.2 the work of a force
18.3 the work of a couple
18.4 principle of work and energy
18.5 conservation of energy
19 planar kinetics of a rigid body: impulse and momentum
chapter objectives
19.1 linear and angular momentum
19.2 principle of impulse and momentum
19.3 conservation of momentum
19.4 eccentric impact
review 2: planar kinematics and kinetics of a rigid body
20 three-dimensional kinematics of a rigid body
chapter objectives
20.1rotation about a fixed point
20.2the time derivative of a vector measured from either a fixed and translating-rotating system
20.3general motion
20.4relative-motion analysis using translating and rotating axes
21 three-dimensional kinetics of a rigid body
chapter objectives
21.1moments and products of inertia
21.2angular momentum
21.3kinetic energy
21.4equations of motion
21.5gyroscopic motion
21.6torque-free motion
22 vibrations
chapter objectives
21.1undamped free vibration
21.2energy methods
21.3undamped forced vibration
21.4viscous damped free vibration
21.5viscous damped forced vibration
21.6electrical circuit analogs
appendices
a.mathematical expressions
b.numerical and computer analysis
c.vector analysis
d.review for the fundamentals of engineering examination
answers to selected problems
index