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Consider a pump-pipeline system that delivers flow from reservoir A to = 100 ft and Eg= 120 ft. The pipe has a length of L= 2,800 ft, diameter and a Hazen Williams coefficient of CHW= 100. The pump characteristic %3D COO1

Consider a pump-pipeline system that delivers flow from reservoir A to = 100 ft and Eg= 120 ft. The pipe has a length of L= 2,800 ft, diameter and a Hazen Williams coefficient of CHW= 100. The pump characteristic %3D COO1

Structural Analysis
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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Consider a pump-pipeline system that delivers flow from reservoir A to B with EA = 100 ft and En = 120 ft. The pipe has a length of L = 2,800 ft, diameter of D= 2 ft, and a Hazen Williams coefficient of CHw = 100. The pump characteristics are tabulated below and minor losses (in feet) accumulate at the rate of 0.01*Q? where Q is the flow in cfs. Estimate the flow rate and the velocity in the pipeline. Hp Pump (ft) 55 53 47 Q (cfs). 10 20 30 38 40 22
Transcribed Image Text:Consider a pump-pipeline system that delivers flow from reservoir A to B with EA = 100 ft and En = 120 ft. The pipe has a length of L = 2,800 ft, diameter of D= 2 ft, and a Hazen Williams coefficient of CHw = 100. The pump characteristics are tabulated below and minor losses (in feet) accumulate at the rate of 0.01*Q? where Q is the flow in cfs. Estimate the flow rate and the velocity in the pipeline. Hp Pump (ft) 55 53 47 Q (cfs). 10 20 30 38 40 22
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