Mechanical Engineering - Hydraulic Machines - Discussion
Discussion Forum : Hydraulic Machines - Section 2 (Q.No. 16)
16.
The discharge through a reaction turbine __________ with the increase in unit speed.
Discussion:
9 comments Page 1 of 1.
Hite said:
2 years ago
Thanks for the explanation.
Saraf raj said:
2 years ago
Please anyone explain.
Chandi said:
3 years ago
@Ruthraa.
Yes! You are right. Thanks.
Yes! You are right. Thanks.
Kajal Patil said:
3 years ago
No @Ruthraa.
Discharge (Q) is inversely proportional to Unit speed (Nu).
Discharge (Q) is inversely proportional to Unit speed (Nu).
Ruthraa said:
4 years ago
@Dos.
As Qu=Q/√ H and Nu=N/√H, so we can get that Q=Qu*Nu/N.
For that discharge increases with an increase in unit speed. Am I right?
As Qu=Q/√ H and Nu=N/√H, so we can get that Q=Qu*Nu/N.
For that discharge increases with an increase in unit speed. Am I right?
(2)
Jaya said:
4 years ago
How? Explain @Manoj.
Anomie said:
4 years ago
How?
It increases for Kaplan and decreases for Francis.
It increases for Kaplan and decreases for Francis.
Manoj said:
6 years ago
You are right @Dos.
Dos said:
10 years ago
As Qu=Q/root of H and Nu=N/root of H, so we can get that Q=Qu*N/Nu.
For that discharge decreases with increase in unit speed.
For that discharge decreases with increase in unit speed.
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