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![]() | Fluid Mechanics by Victor L. Streeter, E. Benjamin Wylie, Keith W. Bedford ISBN-10: 9780070625372 ISBN-10: 0-07-062537-9 ISBN-13: 9780070625372 ISBN-13: 978-0-07-062537-2 Hardcover 1997-12-01 McGraw-Hill Companies Find Lowest Price | |
Editorials | ||
Product Description In the revision of this very successful text, many changes have been made in scope, organization, and required prerequisite skills. The authors have increased the scope of the book to include heat and mass transport. BASIC programs have been removed and complex problem solutions are now presented in Microsoft Excel. There is also a new website that will contain substantial information on computing, principal files, and tutorials on the use of MatLab and Mathematica. | ||
Reviews | ||
The Book is OK The Book is quite ok for introductory courses as well as applications in Hydraulics. It is biased towards civil engineering and in my opinion is a book worthy to purchase. | ||
I suffered this one...but... Okay, I am an engineer who suffered this book through three- count 'em- fluid mehcanics subjects (Fluids I, II and yes, you guessed it, III! ah the pretentions of roman numerals should have warned me...alas I digress...) Okay the fact is with this book you need three things to make it work: 1) a damn good lecturer, 2) Some effort to do the problems and 3)Schaum's solved problems in fluid mechanics or something similiar. I do disagree that it is impossible. Or REALLY hard or written to impress his professor friends...it just requires some thought...Like anything of a less common nature...less people are going to understand it. That's the nature of the beast! Sure there are many places where it falls down...particularly in the first three chapters. But later on it becomes quite good. From chapter 3 onwards it is a useful work, particularly in Part 2 on applications of fluid mechanics. Covers: fluid propoerties (very briefly!), Fluid statics (need the ability to do vectors to be able to do this chapter!), Fluid flow (calculus required!). Dimensional Similitude (this is cool stuff...), Fluid resistance, Compressible flow and Ideal fluid flow...comprise part 1. Part 2 is Fluid Measurement (ie. Weirs, Turbulence, viscosity, pressure, orifices...etc), Turbomachinery, Closed conduit flow, Open channel flow (not bad either), unsteady flow (good old waterhammer! How to stop water hammer when you turn on a tap/faucet...turn on another one at the same time of the same heat- hot or cold!) and some appendices on mathematical techniques: SImpsons rule, Bisection method, Newton-Raphson, Runge-Kutta and physical propoerties of some fluids. Answers (not worked) are provided from even numbered questions. Put it this way: if you can work through this book then you KNOW you understand fluid mechanics, so in that respect it gets a third star: it's a good yardstick of your ability. But for all that it is very disheartening, as it always is, to learn that one may not be a clever as one things one is and this is a book to expose shortcomings such as these. COnsider a challenge book: like everest...see the hill take the hill and then jeer it because you've bested it. Guess this book just takes that kind of person: pesistant, dogged and damn sure not to let it beat them. If you're a casual learner or not so keen on challenger yourself with something so tragic as fluid mechanics...avoid this book like the plague because you'll waste your money and probably damage something when you hurl the book with frustration! Hope that helps...:) | ||
not that bad... This book does seem to cover material in reasonable detail which makes for a better understanding of the basic concepts. Perhaps it could be written more lucidly but I don't think it's as bad as one star. I might change my mind after I read a few more chapters....! | ||
not worth buying ! Streeter wrote this book to impress other professors only. The target of this book is for lecturer, not for college students. | ||
HARD-TO-UNDERSTAND This book is not good at all FOR STUDENTS. The organization is confusing and mathematics used to derive the equation does not show any physical meaning. Examples given are confusing and misleading. Avoid this book at any cost. | ||