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Fluid Mechanics, Third Edition
Author: Ira M. Cohen, Pijush K. Kundu
Publisher: Academic Press
Publication Date: 2004-04-08
ISBN-10 / ASIN: 0121782530
ISBN-13 / EAN: 9780121782535
Links :
Engineering Fluid Mechanics By Clayton Crowe
Publisher: Wiley
ISBN...
Started by Azad on
, 6 posts
by 3 people.
Answer Snippets (Read the full thread at egpet):
1) 2,500 Solved Problems in Fluid Mechanics and Hydraulics
McGraw-Hill, 1989
ISBN: 0070197849
2) ....
Solved Problems in Fluid Mechanics and Hydraulics
McGraw-Hill, 1989
ISBN: 0070197849
2) Fluid posted are all dead.
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If you have a fountain which sprays vertically, you can place a light ball (like a pingpong ball) on the top of the water column, and it will stay there.
Why is such a position stable? One would think that it would be unstable-as a small movement of the...
Started by ralph124c on
, 19 posts
by 14 people.
Answer Snippets (Read the full thread at straightdope):
Why is such a position stable? One would think that it would be unstable-as a small movement... .
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I know the main focus of Civil Engineers are the strength of the structures. I also know that Fluid Mechanics and Hydraulics are important in designing dams or other structures related to fluid. But what about to Building structures? How is it important...
Started by jnlbctln on
, 2 posts
by 2 people.
Answer Snippets (Read the full thread at physicsforums):
I also know that Fluid Mechanics and Hydraulics are important in designing dams or other as an engineer, but simply as an applied mathematician: it's all mechanics, isn't it? Fluid mechanics structures....
Of the structures.
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An Introduction to Fluid Mechanics and Transport Phenomena
An Introduction to Fluid Mechanics and Transport Phenomena (Fluid Mechanics and Its Applications)
By G. Hauke
* Publisher: Springer
* Number Of Pages: 296
* Publication Date: 2008-10-01
* ISBN...
Started by salma on
, 2 posts
by 2 people.
Answer Snippets (Read the full thread at eng-club):
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Fluid Mechanics Force On Curved Surface Question? http://imageshack.us/photo/my-images/513/questionw.jpg/
So I am able to calculate the resultant force (Fv) by finding Fh and Fv, however I am unable to calculate the turning moment required to open the...
Started by John on
, 1 posts
by 1 people.
Answer Snippets (Read the full thread at yahoo):
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Hi Just wondering if anyone knows of anyone offering grinds in fluid mechanics or mass transfer. If anyone knows of someone with a physics or chem eng background that would be interested in giving some grinds, let me know.
I'm looking for them during ...
Started by waseqr on
, 1 posts
by 1 people.
Answer Snippets (Read the full thread at boards):
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Hi,
Does anyone know how to go from the fluid equations (first three eqs) and the fourth eq to the equation in the red box.
I would be grateful of any help.
As ive spent a few hours on it and got nowhere :S
2. Relevant equations
Started by sam_021 on
, 1 posts
by 1 people.
Answer Snippets (Read the full thread at physicsforums):
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About pascal's law
Started by usman-mt-33 on
, 2 posts
by 2 people.
Answer Snippets (Read the full thread at ntnu):
I do not know how to help if you did not describe your question in detail?
What can I help? .
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Lagrange & Euler formalism
How we get relation
[tex](\frac{\partial T^{(L)}}{\partial t})_{r_0}=(\frac{\partial T^{(E)}}{\partial t})_{r}+\frac{\partial T^{(E)}}{\partial x}(\frac{\partial x}{\partial t})_{r_0}+\frac{\partial T^{(E)}}{\partial y}(\frac...
Started by LagrangeEuler on
, 2 posts
by 1 people.
Answer Snippets (Read the full thread at physicsforums):
Can you tell me one type of this function?.
I have a trouble with that.
Lagrange representation
[tex]T=T^{L}(x_0,y_0,z_0,t)[/tex]
where coordinates [tex]x_0,y_0,z_0[/tex] are fixed.
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1. The problem statement, all variables and given/known data
A horizontal bend in a pipeline conveys water at a discharge at 1000l/s gradually reduces from 600mm to 300mm and deflects the flow through an angle of 60 degrees. At the larger end the pressure...
Started by alkhan22 on
, 2 posts
by 2 people.
Answer Snippets (Read the full thread at physicsforums):
Hint: Bernoulli equation.
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