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edit approved Mar 1, 2021 at 20:13
Harish Chandra Rajpoot
edit approved Mar 1, 2021 at 20:13
Harish Chandra Rajpoot
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does Does pressure in a centrifugal compressor increase along the path of the flow?

eulerEuler turbomachinery equation doesn't include a term for changes in flow area.

But, an centrifugal impeller (not the volute) has increasing flow area along the path of the flow.

Is the pressure actually constant along the path of the flow, and if not, is there an equation that could predict the change in pressure? enter image description here 

(it'sIt's non trivial to deduce myself since energy is continouslycontinuously added to the flow as its area expands)

does pressure in a centrifugal compressor increase along the path of the flow?

euler turbomachinery equation doesn't include a term for changes in flow area.

But, an centrifugal impeller (not the volute) has increasing flow area along the path of the flow.

Is the pressure actually constant along the path of the flow, and if not, is there an equation that could predict the change in pressure? enter image description here(it's non trivial to deduce myself since energy is continously added to the flow as its area expands)

Does pressure in a centrifugal compressor increase along the path of the flow?

Euler turbomachinery equation doesn't include a term for changes in flow area.

But, an centrifugal impeller (not the volute) has increasing flow area along the path of the flow.

Is the pressure actually constant along the path of the flow, and if not, is there an equation that could predict the change in pressure? enter image description here 

(It's non trivial to deduce myself since energy is continuously added to the flow as its area expands)

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Francis L.
Francis L.
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does pressure in a centrifugal compressor increase along the path of the flow?

euler turbomachinery equation doesn't include a term for changes in flow area.

But, an centrifugal impeller (not the volute) has increasing flow area along the path of the flow.

Is the pressure actually constant along the path of the flow, and if not, is there an equation that could predict the change in pressure? enter image description here(it's non trivial to deduce myself since energy is continously added to the flow as its area expands)