Recommend best book on fluid mechanics

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Discussion Overview

The discussion revolves around recommendations for textbooks on fluid mechanics, focusing on theoretical approaches to enhance understanding of concepts. Participants share their experiences with various books and express preferences based on their academic backgrounds and teaching styles.

Discussion Character

  • Debate/contested
  • Technical explanation
  • Conceptual clarification
  • Homework-related

Main Points Raised

  • Some participants recommend "Fundamentals of Fluid Mechanics" by Munson, Young, & Okishi for its comprehensive treatment of the subject.
  • Others suggest "Fundamentals of Aerodynamics" by Anderson, noting its relevance for aerospace engineering students.
  • One participant mentions "Mechanics of Fluids" by Massey as a solid choice, despite its older style.
  • Another participant highlights "Fluid Mechanics" by Cengel and Cimbala as a good option, though opinions vary on its readability compared to other texts.
  • Some express a desire for books that explain the "why" and "how" of concepts rather than focusing solely on mathematical formulations.
  • Participants discuss the relevance of certain books to their specific courses and the potential overlap in content between fluid mechanics and aerodynamics texts.
  • Concerns about budget constraints lead to discussions on used or older editions of recommended books.
  • One participant mentions "Fundamental Mechanics of Fluids" by Iain Currie as a strong resource for understanding fluid dynamics fundamentals.
  • Several participants express uncertainty about the suitability of books listed by others, seeking further clarification.

Areas of Agreement / Disagreement

Participants express a range of opinions on the best textbooks, with no clear consensus on a single recommended book. Different preferences based on academic focus and teaching styles contribute to the ongoing debate.

Contextual Notes

Some participants note that their professors may only recommend books that cover the syllabus, which may not align with their preferences for deeper theoretical understanding. Additionally, there are mentions of varying teaching styles and the impact on textbook choice.

Who May Find This Useful

Students preparing for courses in fluid mechanics, particularly those seeking theoretical understanding and practical applications, may find this discussion beneficial.

R Power
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Hi
I am going to take lectures on fluid mechanics in january. Which book would you recommend ?
The book should be more theorotical in approach so as to clear concepts in detail.

Thanx
 
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R Power said:
Hi
I am going to take lectures on fluid mechanics in january. Which book would you recommend ?
The book should be more theorotical in approach so as to clear concepts in detail.

Thanx

Are you an aerospace, or mechanical engineer: and which book is recommended by your professor?

If mechanical: Get Fundamentals of Fluid Mechanics by Munson, Young, & Okishi, 5th ed.

If Aerospace: Get Andersons book: Fundamentals of Aerodynamics, 4th ed.

If you have the available budget, get both as they compliment each other well. Munson et. al. has a better treatment of similitude, Anderson reads better.
 
Don't think it's the best around, but the one by Cengel and Cimbala is also quite good

i used both this one, and the one by Munson/Young
 
I am a mechanical engineering student.
What to tell you of the professor!, he will just tell the book which will just cover the syllabus. My college is not too prestigious and that good, also the professors too look amateurs.
BTW some of the books listed along with syllabus are:
2. Mechanics of Fluids by Massey BS; Van Nostrand Reinhold Co.
3. Fluid Mechanics by Douglas JF, Gasiorek JM, Swaffield JP; Poitman
4. Fluid Mechanics by Streetes VL and Wylie EB; Mcgraw Hill Book Co.
Are these good?
These are not recommended by my professor but the university.
 
Please tell me a book which explains why and how of each concept. It may be highly theorotical rather than being totally based on mathematics. There are a lot of books to solve numerical problems but i want one which explains practical concept . I mean a physical approach.
 
R Power said:
Please tell me a book which explains why and how of each concept. It may be highly theorotical rather than being totally based on mathematics. There are a lot of books to solve numerical problems but i want one which explains practical concept . I mean a physical approach.

Both books recommended by Cyrus explain the "practical concepts" very well. If you are still worried, you can preview the books on Amazon.com and see if they will work for you.
 
what about the books i listed?
 
what about cengel and cimbala
 
  • #10
R Power said:
what about the books i listed?

I have not read them, so I can't tell. I really love the Munson, Young, & Okishi, 5th ed textbook however as that was the book I used in my undergrad course. My professor was horrible, but I ended up doing well in the course thanks to this book.

I also like all the textbooks by John D. Anderson as he explains the subject matter very well and in a very simple way. His books are usually very good for an introduction to a course as he assumes you have no previous knowledge and thus starts from very basic concepts that other textbooks seem to skip over.

The Cimbala and Cengel is okay, but not as great as the others. I don't find it as easy as a read as the other books. I guess its just a matter of preference though.
 
Last edited:
  • #11
The book cyrus listed was 'fundamentals of "Aerodynamics"' Will it help me in course of fluid mechanics??
 
  • #12
R Power said:
The book cyrus listed was 'fundamentals of "Aerodynamics"' Will it help me in course of fluid mechanics??

The equations in the two books are one-in-the-same. The only difference are the examples and homework problems which differ in their applications (pipe flow vs aircraft). As a mechanical course, I would get the Munson book first, as the examples will be more relevant.
 
  • #13
what about cengel and cimbala ??
I have purchased this book a few days ago!
It's not in budget for me to buy another like Munson.
But if it is too good than the former one i will think of purchasing it.
 
  • #14
R Power said:
what about cengel and cimbala ??
I have purchased this book a few days ago!
It's not in budget for me to buy another like Munson.
But if it is too good than the former one i will think of purchasing it.

The Munson book is very good. You really should get it if you can. If you are worried about the price, you can purchase a used version or an older edition of the book.
 
  • #15
My fluid dynamics course used "Fundamental Mechanics of Fluids" by Iain Currie. If you want a good fundamental understanding of fluid dynamics, this is the book to have. In the first chapter alone, he introduces the Reynolds Transport Theorem and derives the Navier-Stokes Equations for a Newtonian fluid. You have to wade through hundreds of pages to cover the same amount of material in Anderson.
 
  • #16
R Power said:
Hi
I am going to take lectures on fluid mechanics in january. Which book would you recommend ?
The book should be more theorotical in approach so as to clear concepts in detail.

Thanx

Fluid Mechanics by Victor Streeter is one of the all time best (and referred to the most by other authors).

If you want the practical applications of Fluid Mechanics then you'll also want:

Applied Fluid Mechanics by Robert Mott.

CS
 
  • #17
Mechanics of Fluids by Massey is the one I used in my first yeat and it was perfect
 
  • #18
alexisonsmith said:
Mechanics of Fluids by Massey is the one I used in my first yeat and it was perfect

It's a very old school style textbook though, very very wordy. It's the one I use as a reference when I get stuck. You may prefer a more modern (dare I say american) style textbook, they tend to have more comprehensive explinations but don't tend to be as complete.

To be honest i'd just wait to see what the lecturer reccomends.
 
  • #19
I have bought Okkishi, young and munson.

Thanx everyone!

Thread is closed.:smile:
 

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