In a turbo-machine the output/input power (P) is a function of the specific ener

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In a turbo-machine the output/input power (P) is a function of the specific energy rise ( gH), volume flow rate ( Q ), impeller diameter ( D ). the density of the fluid ( p ). the viscosity of the fluid ( ), the bulk modulus of the fluid (k). and shaft rotation; speed ( ). That is: P = f( D, Q, p, gH, , , k ) Using MLT dimensions system simplify the above dimensionless relation if the turbo machine is a pump simplify the above dimensionless relation if the turbo machine is a wind turbine experiencing a very strong wind suet that ( u/C ) > 0.5 Hint use the variables: D, , as scaling variables Hello you can see question 1&2 for this problem in link in comment

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