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| Preface | ||
| About the Authors | ||
| Introduction | 2 | |
| Engineering and Mechanics | 4 | |
| Learning Mechanics | 4 | |
| Fundamental Concepts | 5 | |
| Units | 8 | |
| Newtonian Gravitation | 13 | |
| Motion of a Point | 18 | |
| Position, Velocity, and Acceleration | 20 | |
| Straight-Line Motion | 22 | |
| Curvilinear Motion | 43 | |
| Force, Mass, and Acceleration | 94 | |
| Newton's Second Law | 96 | |
| Equation of Motion for the Center of Mass | 96 | |
| Inertial Reference Frames | 98 | |
| Applications | 99 | |
| Orbital Mechanics | 132 | |
| Numerical Solutions | 138 | |
| Energy Methods | 150 | |
| Principle of Work and Energy | 152 | |
| Work and Power | 153 | |
| Work Done by Particular Forces | 163 | |
| Conservation of Energy | 177 | |
| Conservative Forces | 178 | |
| Relationship between Force and Potential Energy | 192 | |
| Momentum Methods | 206 | |
| Principle of Impulse and Momentum | 208 | |
| Conservation of Linear Momentum | 219 | |
| Impacts | 222 | |
| Angular Momentum | 234 | |
| Mass Flows | 239 | |
| Planar Kinematics of Rigid Bodies | 256 | |
| Rigid Bodies and Types of Motion | 258 | |
| Rotation about a Fixed Axis | 260 | |
| General Motions: Velocities | 265 | |
| General Motions: Accelerations | 286 | |
| Sliding Contacts | 297 | |
| Moving Reference Frames | 309 | |
| Planar Dynamics of Rigid Bodies | 330 | |
| Preview of the Equations of Motion | 332 | |
| Momentum Principles for a System of Particles | 332 | |
| Derivation of the Equations of Motion | 335 | |
| Applications | 337 | |
| Numerical Solutions | 364 | |
| App | Moments of Inertia | 368 |
| Energy and Momentum in Rigid-Body Dynamics | 388 | |
| Principle of Work and Energy | 390 | |
| Kinetic Energy | 391 | |
| Work and Potential Energy | 393 | |
| Power | 401 | |
| Principles of Impulse and Momentum | 409 | |
| Impacts | 419 | |
| Three-Dimensional Kinematics and Dynamics of Rigid Bodies | 442 | |
| Kinematics | 444 | |
| Euler's Equations | 456 | |
| The Euler Angles | 473 | |
| App | Moments and Products of Inertia | 486 |
| Vibrations | 506 | |
| Conservative Systems | 508 | |
| Damped Vibrations | 522 | |
| Forced Vibrations | 530 | |
| App. A | Review of Mathematics | 548 |
| App. B | Properties of Areas and Lines | 551 |
| App. C | Properties of Volumes and Homogeneous Objects | 553 |
| App. D | Spherical Coordinates | 555 |
| App. E | D'Alembert's Principle | 556 |
| Answers to Even-Numbered Problems | 559 | |
| Index | 569 |
| Price | Condition | Delivery | Seller | Action |
| $99.99 | Digital |
| WonderClub |
Brittany Swank
reviewed Engineering Mechanics Dynamics on January 23, 2017 Engineering Mechanics Dynamics
It is being used as a handbook in educating mechanical engineers but in its nature it is really not a handbook, it is a textbook. So there are a lot of details that are "in the way" when you want to use this book in engineering practice.
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