Thank you! So the myth is busted: mass flow CAN be increased even under choked conditions if the back pressure increases. Velocity stays constant but higher p0 means higher density therefore higher mass flow
It's better to explain what is Normalized mass flow rate on the graph. It's not the same as real mass flow. And this relation works for converging-diverging nozzle only.
For anyone watching this, know that the gamma he is referring to is specific heat ratio, not specific weight. Took me a while to figure that out.
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What a fantastic lecture!
Sir this was very informative for me in my 4th sem exam and.
Thank you
Thank you so much sir. It was such a great help to me
Could you please do a video(lecture) on derivation of equations of total pressure change across a normal shock.
Thank you!
So the myth is busted: mass flow CAN be increased even under choked conditions if the back pressure increases.
Velocity stays constant but higher p0 means higher density therefore higher mass flow
How to estimate Mach number. In case we don't have fluid velocity as welll
It's better to explain what is Normalized mass flow rate on the graph. It's not the same as real mass flow. And this relation works for converging-diverging nozzle only.
how to take into account the pressure loss due to friction along a pipe in compressible flow?
Can these equations be used for compressors?
Can you share with us which books you got those formulations from?
Ahmt aLgz This part of the course, in part, uses Bernard Massey Mechanics of Fluids as a guide.
What is gamma?
How the length of the pipe plays role here?
pressure loss due to friction can choke the flow
Really good video.
But please speak louda.