A community has a population of 120,000 persons with the average daily demand (275) liters per capita per day. The population growth rate is 3% and design period is 30 years. Assume peak daily demand factor as 1.8 and peak hourly demand factor as 1.5, calculate the following: (a) Maximum daily demand (b) Peak hourly demand (c) Coincident demand

A community has a population of 120,000 persons with the average daily demand (275) liters per capita per day. The population growth rate is 3% and design period is 30 years. Assume peak daily demand factor as 1.8 and peak hourly demand factor as 1.5, calculate the following: (a) Maximum daily demand (b) Peak hourly demand (c) Coincident demand

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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Concept explainers

Evaluation of Transportation Projects

Civil engineers undertake a variety of projects related to construction. Building construction projects, structural projects, highway, road construction projects, transportation projects, etc. Transportation projects are related to public constructions that focus to build new connectivity in public transportation. To improve and maintain existing transport facilities also falls under the domain of transportation projects. Some of its objectives include planning, evaluation, designing, development, finance, construction, reconstruction, demolition, rehabilitation, improvement, acquisition, operation, and maintenance. As per the law, all transport projects are authorized to the construction firm that permits them to change the land area meant for public use.

Question

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A community has a population of 120,000 persons with the average daily demand (275) liters
per capita per day. The population growth rate is 3% and design period is 30 years. Assume peak
daily demand factor as 1.8 and peak hourly demand factor as 1.5, calculate the following:
(a) Maximum daily demand
(b) Peak hourly demand
(c) Coincident demand

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