please can you put the link to thermodynamic air Table cause i can't find it , the ones i found on the net doesn't seem to work like the water table , there is no fixed temperature with fixed pressure
i know that we have the isentropic efficiency of the compressor so η(is)=W(s)/W(a) = [V*(P2 - P1)] / h2(a) - h1 = [h2(s) - h1] / h2(a) - h1 = 0.84 ; the fact is we need V to solve the equation state 1 we have the T°1 so we search in the table for V1 TO TAKE IT AS V ; but in those table we don't have V we have Vr wich correspond to (relative specific volume) i tried to solve the equation with Vr but it doesn't give the same solution as ou where h2= 669.79 so whats the move to do to find it ??? please answer me @Ahsan it's really important and thank you for the video
how did you find h2 can you expain pls?
How to find exergic efficiency for this combined cycle powerplant
please can you put the link to thermodynamic air Table cause i can't find it , the ones i found on the net doesn't seem to work like the water table , there is no fixed temperature with fixed pressure
i know that we have the isentropic efficiency of the compressor so η(is)=W(s)/W(a) =
[V*(P2 - P1)] / h2(a) - h1 = [h2(s) - h1] / h2(a) - h1 = 0.84 ; the fact is we need V to solve the equation state 1 we have the T°1 so we search in the table for V1 TO TAKE IT AS V ; but in those table we don't have V we have Vr wich correspond to (relative specific volume) i tried to solve the equation with Vr but it doesn't give the same solution as ou where h2= 669.79 so whats the move to do to find it ??? please answer me @Ahsan it's really important and thank you for the video
i love how you say "Wapor"
I didn't notice it, but it's cool
Mazimbabwean violencee😂