Engineering Dynamics

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Cambridge University Press, Dec 24, 2007 - Science
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This text is a modern vector-oriented treatment of classical dynamics and its application to engineering problems. Based on Ginsberg's Advanced Engineering Dynamics, 2nd edition, it develops a broad spectrum of kinematical concepts, which provide the framework for formulations of kinetics principles following the Newton-Euler and analytical approaches. This fresh treatment features many expanded and new derivations, with an emphasis on both breadth and depth and a focus on making the subject accessible to individuals from a broad range of backgrounds. Numerous examples implement a consistent pedagogical structure. Many new homework problems were added and their variety increased.
 

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Contents

Basic Considerations
1
Particle Kinematics
30
Relative Motion
91
Kinematics of Constrained Rigid Bodies
173
Inertial Effects for a Rigid Body
228
NewtonEuler Equations of Motion
296
Introduction to Analytical Mechanics
391
Constrained Generalized Coordinates
492
Alternative Formulations
552
Gyroscopic Effects
637
Appendix
697
Answers to Selected Homework Problems
703
Index
719
Copyright

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Page 2 - The length of the arrow is proportional to the magnitude of the particle velocity.
Page 14 - Indeed, the time derivative of a, which is called the jerk, occurs primarily in considerations of ride comfort for vehicles. Newton's laws have been translated in a variety of ways from their original statement in the Principia (1687), which was in Latin. We shall use the following version. First Law The velocity of a particle can only be changed by the application of a force. Second Law The resultant force (that is, the sum of all forces) acting on a particle is proportional to the acceleration...
Page 627 - On the Fundamental Formulae of Dynamics," American Journal of Mathematics, Vol. II, 1879, pp. 49-64. 17. Appell, P., "Sur une Forme Generale Equations de Dynamique," Journal fur die Reine und Angewandte Mathematic, Vol.

About the author (2007)

Jerry Ginsberg joined the faculty of Purdue University in 1969, and the Georgia Institute of Technology in 1980. He became the first Woodruff Chair in Mechanical Systems in 1988. In 1994 he was named the Georgia Tech Distinguished Professor, the Institute's highest award. Professor Ginsberg's activities include seminal contributions in nonlinear dynamics, shell vibrations, dynamic stability of pipes, nonlinear acoustics, shock response of submerged structures, acoustic-structure interaction, and experimental modal analysis. His research and books go beyond merely addressing the subject to elucidate fundamental physical phenomena. He is the author of more than 100 archival papers, and two graduate textbooks: Advanced Engineering Dynamics and Mechanical and Structural Vibrations. His undergraduate texts, Statics and Dynamics, with Joseph Genin, fundamentally influenced the pedagogy for these courses. He is an Associate Editor of the Journal of the Acoustical Society of America and previously was an Associate Editor of the ASME Journal of Vibration and Acoustics. Among his significant speeches are keynote lectures at the 2nd International Conference on Vibrations, Dynamics, and Controls in Beijing, the 2nd Annual Meeting of the Chinese Society of Vibrations and Acoustics in Keelung, Taiwan, and presentations of the Rayleigh Lecture and the Noise Control and Acoustics Division Special Lecture at the 2001 and 2003 ASME IMEC Conferences. He is a Fellow in ASA and of ASME. Among his awards are the ASEE Archie Higdon Distinguished Educator in Mechanics (1998), the Acoustical Society of America Trent-Crede Silver Medal (2005), and the ASME Per Bruel Gold Medal in Noise Control and Acoustics (2007). The citations for the latter two awards note his fundamental contributions to theory and practice in vibrations and acoustics.

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