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Ancis turbine operates under a head of (24.5m) and consumes (10.5m/) of water gat (225 r.p.m). The velocity of flow at inlet (6.5 m/s), the inlet blade angle is (65%), a ulic efficiency is (90%) and no volume and mechanical losses and velocity of whirl at exit e Calculate i) Diameter of the runner at entry, ii) Specific speed of turbine runner. GOED BVel

Ancis turbine operates under a head of (24.5m) and consumes (10.5m/) of water gat (225 r.p.m). The velocity of flow at inlet (6.5 m/s), the inlet blade angle is (65%), a ulic efficiency is (90%) and no volume and mechanical losses and velocity of whirl at exit e Calculate i) Diameter of the runner at entry, ii) Specific speed of turbine runner. GOED BVel

Elements Of Electromagnetics
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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Q14: Arancis turbine operates under a head of (24.5m) and consumes (10.5m³/s) of water whilst runnlag at (225 r.p.m). The velocity of flow at inlet (6.5 m/s), the inlet blade angle is (65), assume hydraulic efficiency is (90%) and no volume and mechanical losses and velocity of whirl at exit equal to zero. Calculate i) Diameter of the runner at entry, ii) Specific speed of turbine runner. Q=TD.B.VP)
Transcribed Image Text:Q14: Arancis turbine operates under a head of (24.5m) and consumes (10.5m³/s) of water whilst runnlag at (225 r.p.m). The velocity of flow at inlet (6.5 m/s), the inlet blade angle is (65), assume hydraulic efficiency is (90%) and no volume and mechanical losses and velocity of whirl at exit equal to zero. Calculate i) Diameter of the runner at entry, ii) Specific speed of turbine runner. Q=TD.B.VP)
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