Apply the formulas in designing a hydraulic turbine to select the appropriate type of turbine for the following design considerations: a. Gross head = 200m b. Flow rate = 10m3/s c. Penstock friction losses = 10% of gross head d. Overall Efficiency = 95% e. Coefficient of velocity, Cv = 0.95 f. Peripheral coefficient, Φ = 0.46 g. Rotational speed = 3200 rpm Compute Ns and net head to validate the answer. Calculate also the diameter of the turbine wheel.
Apply the formulas in designing a hydraulic turbine to select the appropriate type of turbine for the following design considerations: a. Gross head = 200m b. Flow rate = 10m3/s c. Penstock friction losses = 10% of gross head d. Overall Efficiency = 95% e. Coefficient of velocity, Cv = 0.95 f. Peripheral coefficient, Φ = 0.46 g. Rotational speed = 3200 rpm Compute Ns and net head to validate the answer. Calculate also the diameter of the turbine wheel.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Apply the formulas in designing a hydraulic turbine to select the appropriate type of turbine for the following design considerations:
a. Gross head = 200m
b. Flow rate = 10m3/s
c. Penstock friction losses = 10% of gross head
d. Overall Efficiency = 95%
e. Coefficient of velocity, Cv = 0.95
f. Peripheral coefficient, Φ = 0.46
g. Rotational speed = 3200 rpm
Compute Ns and net head to validate the answer. Calculate also the diameter of the turbine wheel.
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