缩编说明
ACKNOWLEDGMENTS
TO THE INSTRUCTOR
TO THE STUDENT
Chapter 1 REVIEW OF CONCEPTS IN MECHANICS
1.1 Brief History of Mechanics
1.2 Newtonian Mechanics,Engineering Mechanics
Chapter 2 FOR CES AND OTHER VECTOR QUANTITIES
2.1 Characteristics of Forces
2.2 Newton's Third Law
2.3 Force Resultants and Force Components
2.4 Rectangular Components of a Vector
Problems
Chapter 3 EQUILIBRIUM OF A PARTICLE
3.1 Concept of Particle Equilibrium
3.2 Free-Body Diagrams
3.3 Types of Forces
3.4 Concept of a Rigid Body
3.5 Equilibrium of a Two-Force Member
3.6 Transmissibity of Forces That Act on a Rigid Body
3.7 Equilibrium of a Rigid Body Subjected to Concurrent Forces
Problems
Chapter 4 TWO-DIMENSIONAL FORCES,COUPLES,AND RIGID-BODY EQUILIBRIUM
4.1 Moment of Coplanar Forces with Respect to an Axis
4.2 Resultant of Coplanar Forces That Act on a Rigid Body
4.3 Parallel Coplanar Forces and Couples
4.4 Moment of a Couple
4.5 Lateral Displacement of Forces
4.6 Equilibrium of a Rigid Body Subjected to Coplanar Forces
4.7 Alternative Formulations of Equilibrium for Coplanar Forces
4.8 General Theory of Parallel Forces
Problems
Chapter 5 THREE-DIMENSIONAL FORCES,COUPLES,AND RIGID-BODY EQUILIBRIUM
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Chapter 6 SIMPLE STRUCTURES AND MACHINES
Chapter 7 CENTER OF GRAVITY,CENTROIDS,AND DISTRIBUTED FORCES
Chapter 8 FRICTION
Chapter 9 INTRODUCTION TO DYNAMICS,KINEMATICS OF PARTICLES
Chapter 10 KINETICS OF PARTICLES
Chapter 11 MOMENTUM PRINCIPLES FOR PARTICLES
Chapter 12 KINEMATICS OF RIGID BODIES
Chapter 13 PLANE KINETICS OF RIGID BODIES
Chapter 14 ENERGY AND MOMENTUM PRINCIPLES AND PLANE MOTION OF RIGID BODIES
ANSWERS TO SELECTED PROBLEMS
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