Discount Price: $133.40
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Type of bind: Hardcover
Dewey Decimal Number: 620.106
EAN num: 9780470128688
ISBN number: 0470128682
Label: Wiley
Manufacturer: Wiley
Quantity: 1
Page Count: 740
Printing Date: November 12, 2007
Publishing house: Wiley
Sale Popularity Level: 59117
Studio: Wiley
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Editor's Notes and Comments:
Product Description:
Fundamentals of Momentum, Heat, and Mass Transfer, now in its fifth edition, continues to provide a unified treatment of momentum transfer (fluid mechanics), heat transfer, and mass transfer. This new edition has been updated to include more coverage of modern topics such as biomedical/biological applications as well as an added separations topic on membranes. Additionally, the fifth edition will focus on an explicit problem-solving methodology that is thoroughly and consistently implemented throughout the text.
Designed for undergraduates taking transport phenomena or transfer and rate process courses.
User popularity level:
Rated by buyers 
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I didn't really like the portions on heat and momentum transfer, because I think there are other more specialised books dealing with those areas, and the applications problems weren't that great.
The mass transfer portion was my favourite. I really appreciated the straightforward, fun and exiciting applications the authors incorporated into the text. It is a very good introduction to mass transfer. Hand-waving aside, I guess there has to be a balance somewhere, so for most people, it is good enough, as it is for me.
Overall 4-star grading, but only because of the good mass transfer portion.
Rated by buyers -
Some chapters were very useful and infomative. However I was dissapointed with most of the fluid mechanics. I would have liked more information about setting up the relevant equations. These chapters are very short and do not provide sufficient information.
Rated by buyers 
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I highly recommend this book to anyone new at the subject, it is really a very good text. The derivations are not confusing at all, in fact they are some of the easiest to follow. The way the book is written makes a hard subject relatively easy to understand. Converting units is one of the easiest thing in the world, and if the problems you have with this book are because of unit conversions then you shouldn't be reading a transport book. I also can't understand why someone would say that this book goes over vector calculus very poorly? It is not supposed to go over it at all! You can't expect the author to hold your hand the whole time, he needs to assume you have some knowledge before you read a book especially one on transport. Maciej should check out Harry Potter or something less involved. Another thing about Biskups review that irritates me, is how can you say you are a chemical engineer and don't know multivariable calculus? This kid is so dumb. I am chemical engineer too, and I love all calculus even easier forms like multivariable which you are required to know. How else can you get through thermodynamics genius?
Rated by buyers 
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I believe this college level fluids textbooks is severely underwritten. The authors assume too much about your knowledge in the field of fluids. The derivations are short and confusing. There are hardly any examples that you can fall back on if you get confused when you try to workout a problem. The chapters are really short. Plus, there isn't an appendix for unit conversions but they use multiple kinds of english and SI units throughout the "examples" and end of chapter problems. As a chemical engineering student, this book is one of if not the worst textbooks I have ever used and sadly owned. I suggest you go to class and pay close attention to your notes because you will only use this book to look up the problems you get assigned.Also, this book assumes that you know multivariable calculus like you're a math major. Goes through vector calculus very poorly and does not show how to work out the problems, but rather skips important parts about it. Hope you kept your calculus book and notes from your previous semester!
Rated by buyers 
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this book is a teaser....
it tells you of all the great stuff that can be known about the subject and then with a magical bit of hand waving, skips over the important (and more interesting) details....
This is perfectly ok for the "engineer" who believes in "let the mathematicians derive the equations; engineers just apply".
If I were to comment on the frequency of hand waving, I'd say a suitable metaphor would be the typical WLAN transmission frequency..... (~2.4GHz if I'm not mistaken)
alright... i may be giving the wrong impression of this book.
It does give derivations in sufficient detail, i think, to the satisfaction of most people.
(Things it gives vague hints of, but does not explicitly explain, are interesting things like the decomposition of work done through stresses to normal-shear or the alternative "spherical"-deviatoric components.)
I guess my dissatisfaction is mainly with the "teasing" where hand waving would have been necessary in order not to add another 100 pages.
But I'm still rather dissatisfied. This is an expensive book, even when discounted.... and the hand waving treads into certain areas which should not be neglected: Stress tensor not well developed, or rather not developed; the strain (rate) tensor doesn't fare too well either.
But it's a good enough undergradate text. At least good enough for a mechanical engineer.
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