Analytical Mechanics: An Introduction

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"Analytical Mechanics: An Introduction" by Antonio Fasano and S. Marmi is discussed as a solid resource for mechanics, particularly for those with some background knowledge. It is noted that the book covers both Lagrangian and Hamiltonian mechanics but may not be suitable for beginners due to its abstract treatment of Hamiltonian dynamics. Recommendations for introductory texts include "Classical Mechanics" by Herbert Goldstein and "Mecânica Analítica" by Nivaldo Lemos, which is similar to Goldstein's work. For a more geometric perspective, "Mathematical Methods of Classical Mechanics" by V. I. Arnold and "Classical Dynamics: A Contemporary Approach" by José & Saletan are suggested. The discussion emphasizes the importance of selecting texts that align with the reader's level of understanding in mechanics.
d.zanellato
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Hello.

Someone knows the book: "Analytical Mechanics: An Introduction" by Antonio Fasano, S. Marmi?
Is this a good book on mechanics?



Thank you.
 
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Any recommendations for a text which provides an introduction to Lagrangian mechanics and continues on to Hamiltonian mechanics?
 
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Ed Aboud said:
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Any recommendations for a text which provides an introduction to Lagrangian mechanics and continues on to Hamiltonian mechanics?


The classical reference is "Classical Mechanics" by Herbert Goldstein.
In my course on Analytical Mechanics, here in Brazil, I used "Mecânica Analítica" by Nivaldo Lemos. It is very similar to Goldstein's book.

For a more geometric approach: "Mathematical Methods of Classical Mechanics", by V. I. Arnold or, for a more smooth transition, "Classical Dynamics: A Contemporary Approach" by José & Saletan.


Arnold's book will be my next fun :)
 
The Fasano-Marmi was my textbook during undergraduate studies -- I covered almost the whole book in two courses. To me it definitely doesn't seem a book for rookies: the part on hamiltonian dynamic is rather abstract though I enjoyed much the exposition. I eventually recommend for a course in basic mechanics, Lagrangian and Hamiltonian. Avoid the chapter on continuous mechanic and ergodic theory -- the book wants to cover lots of different topics though only fundamental theories are exhaustive and well-made. If you are Italian, you might want to take a look to "Meccanica" by Gallavotti too.

Ll.
 
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