Suggestions for dynamics textbook

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Discussion Overview

The discussion revolves around recommendations for a dynamics textbook suitable for engineering students. Participants explore various textbooks that cover topics such as Newton's laws, friction, energy and work, angular momentum, and rigid body dynamics, among others.

Discussion Character

  • Debate/contested

Main Points Raised

  • The original poster (OP) is considering textbooks by Beer et al. and Riley & Sturges, which are suggested by teachers but not used in class.
  • Other participants suggest Taylor's classical mechanics, noting it covers advanced topics like special relativity and Lagrange and Hamiltonian mechanics.
  • Another participant proposes Kleppner & Kolenkow, questioning if it might be too advanced.
  • One participant points out that the OP's initial textbook choices are more suited for engineers rather than physicists, highlighting differences in emphasis and applications.

Areas of Agreement / Disagreement

Participants express differing opinions on the suitability of various textbooks, indicating that there is no consensus on a single recommended text for the OP's needs.

Contextual Notes

Participants note that the choice of textbook may depend on the specific focus of the course and the background of the student, with some books being more aligned with engineering principles while others cater to a physics perspective.

Who May Find This Useful

Students studying engineering who are looking for dynamics textbooks that cover a range of topics relevant to their coursework.

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Hi,

I just wanted to know if there's any particular textbook on dynamics that you would suggest. I've been thinking of buying the one by Beer et al. or Riley & Sturges, because they are the ones suggested by our teachers. However we're not using them in class and I also saw other books by Meriam & Kraige, Hibbeler, Bedford & Fowler, etc.

Is there any particular textbook that you would suggest?

Thanks a lot for your help.

PS: I need to cover the following subjects: Newton's laws, friction, dynamics with frames of reference in translation/rotation, energy and work, angular momentum, simple harmonic motion, particle systems, shocks and plane rigid body dynamics (inc. energy). However it would be great if it covered 3D rigid body dynamics and vibrations, because then I'd be able to use it next semester too.
 
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Taylor's classical mechanics?

It also contains what you will learn in your second and third class in classical mechanics, the theory of special relativity and Lagrange and Hamiltonian formalism of mechanics.
 
Kleppner & Kolenkow? Or maybe something more advanced?
 
The OP's textbooks are geared toward engineers, not physicists.
They differ by emphasis and choice of applications.
(For example, you won't find much on the method of sections in a physicist's mechanics text.)
 
Thanks guys I'm checking those out. FYI, I'm studying engineering.
 

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