--1. For supplying water to a colony, it is intended to store water in a Targe tank, whose water surface elevation is presently 85.37 m RL. This tank is being supplied by a pipe line from a junction J, the friction loss in metres of water in this pipe being 0.6 Q-35 where Q is the discharge in m /sec. Junction J receives water under pressure and without leakage from (i) a large reservoir I whose water surface elevation is constant at 100.00 m RL through a pipe characterised by h, constant water level at 96 m RL, through a pipe characterised by h,=0.46 Q1.85 Neglecting losses other than due to pipe friction, determine the incoming flow into the tank in the colony. 1.95 = 0.35 Q2, and (ii) a second large reservoir II with its %3D

--1. For supplying water to a colony, it is intended to store water in a Targe tank, whose water surface elevation is presently 85.37 m RL. This tank is being supplied by a pipe line from a junction J, the friction loss in metres of water in this pipe being 0.6 Q-35 where Q is the discharge in m /sec. Junction J receives water under pressure and without leakage from (i) a large reservoir I whose water surface elevation is constant at 100.00 m RL through a pipe characterised by h, constant water level at 96 m RL, through a pipe characterised by h,=0.46 Q1.85 Neglecting losses other than due to pipe friction, determine the incoming flow into the tank in the colony. 1.95 = 0.35 Q2, and (ii) a second large reservoir II with its %3D

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Water flows from Resorvoir A (Elev 133 m.) to a turbine (Elev 76 m.) then discharges into tailtrace B (Elev 30 m.) as shown. the head loss from (A) to (1) is 2 times the velocity head in the pipe, and the head loss from (2) to (b) is 1.49 times the velocity head in the pipe. if the flow rate in the pipe is 35 ft63/S, diameter of all pipes is 25 in., calculate the horsepower generated by the turbine. Use 1 hp = 550 lb-ft/s.
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