Recommended Thermodynamics Books for Undergraduate Studies

AI Thread Summary
The discussion centers on finding suitable undergraduate-level thermodynamics textbooks. The original poster expresses dissatisfaction with Zemansky's "Heat and Thermodynamics" and praises Fermi's book for its quality. They seek recommendations for a book with more problems to aid in their guide for physics learners. Suggestions include "Introduction to Chemical Engineering Thermodynamics" by Bec Smith and Van Ness, and "Thermodynamics and an Introduction to Thermostatistics" by Herbert B. Callen. While some participants argue that Callen's book may be too advanced for beginners, others assert its clarity and elegance, emphasizing its deductive approach to concepts like entropy. The conversation highlights the importance of perspective in choosing a textbook, noting that recommendations may vary based on whether the learner's focus is physics, chemistry, or engineering. The original poster hopes for books with better English than the review page they encountered.
lalobegar
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Hi everyone,

My english is bad, so please be patient.

I need to learn thermodynamics at an undergraduate level. I have taken courses with "heat and thermodynamics" by Zemansky, but I have found this book to be really bad, so I read Fermi's book and this is just great! But now I need another book with more problems than Fermi's book, because I am working on a guide for undergraduates who wants to learn physics and I want to learn more about this topic...so, any recommendation?

Eduardo Bec
 
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Smith and Van Ness, Introduction to Chemical Engineering Thermodynamics

Chet
 
Thermodynamics and an Introduction to Thermostatistics by [Herbert B. Callen] is a pretty good one.

td21
 
If it is your first exposure to thermodynamics, Callen would most likely be too advanced. I don't have any introductory suggestions but if you do have prior experience, Modern Thermodynamics with Statistical Mechanics by Carl S. Helrich would be another book to look into.
 
I second Callen. It is probably the clearest, most precise, most elegant, and, along with Pippard's "Elements of Classical Thermodynamics", one of the most insightful book on thermodynamics you will find. I don't see what's "advanced" about it. It doesn't require any math beyond multivariable calculus. Sure it takes a more formal approach to thermodynamics but I find that only makes it easier to learn the concepts as things aren't obfuscated by hand-wavy arguments.
 
I like Peter Landsberg, Thermodynamics and Statistical Mechanics, Dover.
I only had a glimpse at Callen, but from that I understand that he uses quite a deductive approach, simply postulating Entropy showing that this explains experimental observations.
That's ok, however I prefer a more inductive approach, starting out from some formulation of the second law and then show that this leads to an entropy function.
 
It depends what perspective you want to learn thermodynamics from. Obviously, Chestermiller is giving you the thermo book that most chemical engineering students would use, but if you intend to learn it from the ''physics perspective'' or ''chemistry perspective'' or ''mechanical engineering perspective'', the reccommendation may be very different.
 
Thank you all for the answers!

Best regards.
 
I hope the recommended books are written in better English than the review page.
 

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