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Viser: Dynamics and Vibration - An Introduction
Dynamics and Vibration
An Introduction
Magd Abdel Wahab
(2008)
Sprog: Engelsk
John Wiley & Sons, Limited
555,00 kr.
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Detaljer om varen
- Paperback: 608 sider
- Udgiver: John Wiley & Sons, Limited (April 2008)
- ISBN: 9780470723005
This book presents a new teaching methodology in Dynamics using E-learning, simulations and animation of mechanisms and mechanical vibrating systems. It covers Dynamics and Vibration modules that are taught at different undergraduate levels to the engineering students at Universities in the UK and worldwide. The content of the book is suitable for Level 1 Dynamics modules for Engineering students (Civil, Mechanical, Aerospace & Medical), as well as Level 2/3 Dynamics and Vibration Modules being taught to Mechanical, Aerospace & Medical Engineering students. In addition to the theory sections and the tutorial sheets provided after each chapter, software called DAMA, 'Dynamic Analysis for Mechanical Application', in which simulations of mechanisms and vibrating systems are implemented, is provided via a website. The DAMA software is packaged with everything it needs to work immediately. The simulations it contains are used to enhance students understanding of the motion and vibration of mechanical systems. The simulations include motion of a single cylinder engine, four-bar linkage mechanisms, gears and sliding/rotating rigid bars along with many others.
The simulations are fully interactive so that any change in the input parameters is immediately reflected in the animation, output plots and output parameters.
Preface xi Acknowledgements xiii List of symbols xiv
Part I: Dynamics 1 Kinematics of Particles 3
1.1 Introduction 4
1.2 Rectilinear motion 8
1.3 Curvilinear motion 17
1.4 Tutorial sheet 36 2 Kinematics of Rigid Bodies 57
2.1 Introduction 58
2.2 Rigid body motion 58
2.3 Kinematics of wheels and gears 60
2.4 Kinematics of linkages and mechanisms 71
2.5 Tutorial sheet 95 3 Kinetics of Particles 113
3.1 Introduction 114
3.2 Newton's laws 115
3.3 Force and acceleration 119
3.4 Work and energy 127
3.5 Impulse and momentum 136
3.6 Tutorial sheet 147 4 Kinetics of Rigid Bodies 167
4.1 Introduction 168
4.2 Force and acceleration 168
4.3 Work and energy 191
4.4 Impulse and momentum 201
4.5 Tutorial sheet 210 5 Balancing of Machines 229
5.1 Introduction 230
5.2 Balancing of rotating masses 230
5.3 Balancing of reciprocating engines 242
5.4 Tutorial sheet 253
Part II: Vibration 6 Free Vibration of Systems with a Single Degree of Freedom 265
6.1 Introduction 266
6.2 Undamped free vibration 268
6.3 Viscous damped free vibration 286
6.4 Tutorial sheet 300 7 Forced Vibration of Systems with a Single Degree of Freedom 315
7.1 Introduction 316
7.2 Undamped forced vibration - Harmonic force 317
7.3 Viscous damped forced vibration - harmonic force 324
7.4 General forced response 333
7.5 Vibration isolation 339
7.6 Tutorial sheet 350 8 Vibration of Systems with Two Degrees of Freedom 363
8.1 Introduction 364
8.2 Deriving the equations of motion 365
8.3 Undamped free vibration 371
8.4 Torsional vibration 385
8.5 Undamped forced vibrations 388
8.6 Vibration absorbers 394
8.7 Viscous damping 401
8.8 Tutorial sheet 405 9 Vibration of Continuous Systems 417
9.1 Introduction 418
9.2 Lateral vibration of a cable or string 418
9.3 Longitudinal vibration of a bar 428
9.4 Lateral vibration of a beam 438
9.5 Whirling shafts 448
9.6 Tutorial sheet 456 10 Finite-Element Method 467
10.1 Introduction 468
10.2 Bar element 468
10.3 Beam element 484
10.4 Guidelines for using Ansys 508
10.5 Tutorial sheet 510 Appendix A DAMA and Guidelines for Simulations 519 Appendix B Properties of Area 555 Appendix c Equivalent Stiffness for Combinations of Springs 557 Appendix d Summary of Formulas 561 Index 567
Part I: Dynamics 1 Kinematics of Particles 3
1.1 Introduction 4
1.2 Rectilinear motion 8
1.3 Curvilinear motion 17
1.4 Tutorial sheet 36 2 Kinematics of Rigid Bodies 57
2.1 Introduction 58
2.2 Rigid body motion 58
2.3 Kinematics of wheels and gears 60
2.4 Kinematics of linkages and mechanisms 71
2.5 Tutorial sheet 95 3 Kinetics of Particles 113
3.1 Introduction 114
3.2 Newton's laws 115
3.3 Force and acceleration 119
3.4 Work and energy 127
3.5 Impulse and momentum 136
3.6 Tutorial sheet 147 4 Kinetics of Rigid Bodies 167
4.1 Introduction 168
4.2 Force and acceleration 168
4.3 Work and energy 191
4.4 Impulse and momentum 201
4.5 Tutorial sheet 210 5 Balancing of Machines 229
5.1 Introduction 230
5.2 Balancing of rotating masses 230
5.3 Balancing of reciprocating engines 242
5.4 Tutorial sheet 253
Part II: Vibration 6 Free Vibration of Systems with a Single Degree of Freedom 265
6.1 Introduction 266
6.2 Undamped free vibration 268
6.3 Viscous damped free vibration 286
6.4 Tutorial sheet 300 7 Forced Vibration of Systems with a Single Degree of Freedom 315
7.1 Introduction 316
7.2 Undamped forced vibration - Harmonic force 317
7.3 Viscous damped forced vibration - harmonic force 324
7.4 General forced response 333
7.5 Vibration isolation 339
7.6 Tutorial sheet 350 8 Vibration of Systems with Two Degrees of Freedom 363
8.1 Introduction 364
8.2 Deriving the equations of motion 365
8.3 Undamped free vibration 371
8.4 Torsional vibration 385
8.5 Undamped forced vibrations 388
8.6 Vibration absorbers 394
8.7 Viscous damping 401
8.8 Tutorial sheet 405 9 Vibration of Continuous Systems 417
9.1 Introduction 418
9.2 Lateral vibration of a cable or string 418
9.3 Longitudinal vibration of a bar 428
9.4 Lateral vibration of a beam 438
9.5 Whirling shafts 448
9.6 Tutorial sheet 456 10 Finite-Element Method 467
10.1 Introduction 468
10.2 Bar element 468
10.3 Beam element 484
10.4 Guidelines for using Ansys 508
10.5 Tutorial sheet 510 Appendix A DAMA and Guidelines for Simulations 519 Appendix B Properties of Area 555 Appendix c Equivalent Stiffness for Combinations of Springs 557 Appendix d Summary of Formulas 561 Index 567
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