1. Compute the Consumption Flow (m3/h) and Total Accumulated Volume (m3) 2. Graph the Flow Variation (Flow (L/s) vs Time (hr)) 3. What is the Average Daily Flow (L/s) 4. Plot the "Mass Curve Diagram" and determine the storage required for daily use (m³). 5. Using the consumption rate 320 L/C/d, what is the population covered using this distribution system. 6. Determine the Fire Flow (F.F.) and the fire flow storage. 7. Determine the total capacity (daily use and fire flow) of the storage.

1. Compute the Consumption Flow (m3/h) and Total Accumulated Volume (m3) 2. Graph the Flow Variation (Flow (L/s) vs Time (hr)) 3. What is the Average Daily Flow (L/s) 4. Plot the "Mass Curve Diagram" and determine the storage required for daily use (m³). 5. Using the consumption rate 320 L/C/d, what is the population covered using this distribution system. 6. Determine the Fire Flow (F.F.) and the fire flow storage. 7. Determine the total capacity (daily use and fire flow) of the storage.

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

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Flow (L/s)
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Consumption Table
Avg. Flow Total Accumulated
(m³/h)
Volume (m³)
Required using the above consumption table:
1. Compute the Consumption Flow (m3/h) and Total Accumulated Volume (m3)
2. Graph the Flow Variation (Flow (L/s) vs Time (hr))
3. What is the Average Daily Flow (L/s)
4. Plot the "Mass Curve Diagram" and determine the storage required for daily use (m³).
5. Using the consumption rate 320 L/C/d, what is the population covered using this
distribution system.
6. Determine the Fire Flow (F.F.) and the fire flow storage.
7. Determine the total capacity (daily use and fire flow) of the storage.

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Step 1: Data given

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Step 2: (a) Consumption flow and total accumulated flow

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Step 3: (b) Plot flow variation Vs time and (c) Average daily flow

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Step 4: (d) Plot mass curve diagram and determine the storage required

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Step 5: (e) Population covered during the distribution system

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Step 6: (f) Fire flow and fire flow storage

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