Engineering mechanics : dynamics / J. L. Meriam & L. G. Kraige.

PART I Dynamics pf particles
Chapter 1 Introduction to dynamics.
1/1 History and modern applications.
1/2 Basic concepts
1/3 Newton's law
1/4 Units.
etc.

CHAPTER 2 Kinematics of particles
2/1 Introduction
2/2 Rectilinear motion
2/3 Plane curvilinear
2/4 Rectangular coordinates.
etc.

CHAPTER 3 Kinetics of particles
3/1 Introduction
3/2 Newton's second law.
3/3 Equation of motion and solution of problems.
3/4 Rectilinear motion
3/5 Curvilinear motion
etc.

CHAPTER 4 Kinetics of systems of particles
4/1 Introduction
4/2 Generalized Newton's second law.
4/3 Work energy
4/4 Impulse-momentum
etc.

PART II
Dynamics of rigid bodies
CHAPTER 5 Plane kinematics of rigid bodies.
5/1 Introduction
5/2 Rotation
5/3 Absolute motion
5/4 Relative velocity
etc.

CHAPTER 6 Plane kinetics rigid bodies
6/1 Introduction
6/2 General equations of motion.
6/3 Translation
6/4 Fixed-axis rotation
etc.

CHAPTER 7 Introduction to three dimensional dynamics of rigid bodies
6/1 Introduction
6/2 Translation
6/3 Fixed axis rotation
6/4 Parallel plane motion.
etc

CHAPTER 8 Variation and time response
8/1 Introduction
8/2 Free vibration of particles
8/3 Forced vibration of particles
8/4 Vibration of rigid bodies
8/5 Energy methodes.

Index : p. 715-720