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MODERATOR NOTE: THIS HOMEWORK WAS SUBMITTED TO A NON-HOMEWORK FORUM SO THERE IS NO TEMPLATE
Hi everyone,
I'm stuck on a fluid mechanics problem and maybe you could help me.
As shown in figure, there is a two-dimensional converging channel, in which cross-section area varies linearly with x. If Q is the discharge, determine the flow acceleration along the x-axis (A1, A2 and L are known).
I got for area: A(x)=(A2-A1/L).x+A1
I'm not sure what to do about Q, should Q=A.v be used? Any hint about how to get the velocity field?
Thanks in advance!
Hi everyone,
I'm stuck on a fluid mechanics problem and maybe you could help me.
As shown in figure, there is a two-dimensional converging channel, in which cross-section area varies linearly with x. If Q is the discharge, determine the flow acceleration along the x-axis (A1, A2 and L are known).
I got for area: A(x)=(A2-A1/L).x+A1
I'm not sure what to do about Q, should Q=A.v be used? Any hint about how to get the velocity field?
Thanks in advance!
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