Fluid Dynamics Homework: Solving for Velocity Components at Stagnation Point"

AI Thread Summary
The discussion focuses on solving for the velocity components at a stagnation point in fluid dynamics homework. The stagnation point is identified at y = 0, where both velocity components u and v equal zero. The challenge lies in managing multiple variables while trying to set the velocity magnitude to zero. Participants are asked for equations related to the overall stream function and the velocity components, which can be derived without the stream function. The original poster ultimately resolved the problem independently after seeking assistance.
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Homework Statement


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Homework Equations


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The Attempt at a Solution


I tried a few different things, they all involve finding u and v components of velocity. I know the stagnation point is at y = 0. I also know that at stagnation u = v = 0.

If I get the velocity magnitude and set it equal to 0 and set y equal to 0, I still have too many variables to solve for anything.
 
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What is your equation for the overall stream function? What are your equations for the components of the velocity (which are very easy to obtain without using the stream function)?
 
I did manage to figure it out on my own last night. Thanks for the reply.
 
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