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Calculate the diameter of the sewer pipe to be laid in mm (rounded to the nearest 50 mm) in order to satisfactorily serve the design period. Check if your design satisfactory for the current population. Use Harmond Formula for Peak Factor.

Calculate the diameter of the sewer pipe to be laid in mm (rounded to the nearest 50 mm) in order to satisfactorily serve the design period. Check if your design satisfactory for the current population. Use Harmond Formula for Peak Factor.

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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QUESTION 4

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QUESTION 4 You are required to design a sewer pipe that will convey sewage away from a lower income residential area with a current population of 100 000 people. It is estimated that wastewater production is 80% of water consumption. The slope of the sewer to be laid is limited to 1:150. You have been supplied with the following details: Design period 50 years with population growth rate 2.5%. ● Manning's n = 0.014 Calculate the diameter of the sewer pipe to be laid in mm (rounded to the nearest 50 mm) in order to satisfactorily serve the design period. Check if your design is satisfactory for the current population. Use Harmond Formula for Peak Factor.
Transcribed Image Text:QUESTION 4 You are required to design a sewer pipe that will convey sewage away from a lower income residential area with a current population of 100 000 people. It is estimated that wastewater production is 80% of water consumption. The slope of the sewer to be laid is limited to 1:150. You have been supplied with the following details: Design period 50 years with population growth rate 2.5%. ● Manning's n = 0.014 Calculate the diameter of the sewer pipe to be laid in mm (rounded to the nearest 50 mm) in order to satisfactorily serve the design period. Check if your design is satisfactory for the current population. Use Harmond Formula for Peak Factor.
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