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ENCE 3380 (Water Resources Engineering) Spring 2020 Mini Project #1 (Assigned on 09/14/2018) Total Points = 100 (Submission Deadline: beginning of the class on 02/24/2020) The objective of this project is to compute the flow rate in pipes and pressure at each junction node using both analytical procedure (e.g., Hardy Cross method) and commercial software package such as using EPANET. The pipe and junction diagram along with other necessary data are listed below. Overview: Water distribution network schematic for a hypothetical neighborhood consisting of apartments, an office and a school is as shown in the Figure 1. Each section of the distribution network in the schematic has identified with type of developments to develop initial estimates of the water demand for the end of the section node. Pipe diameters for each section of the network are assigned based on the assumption. As part of this project assignment, you will evaluate the flow through individual pipes and at the nodes. Figure 1: Pipe Network Diagram Use Type Water Demand (ft^3 /s) Apartment 0. School 0. Large Office 0. Independent House 0. 2 Apts, 2 Large Office, 1 School 5 Ind. Houses 2 Apts, 6 Ind. Houses 2 Apts , 2 Ind. Houses 2000 ft^ 2000 ft 3500 ft 3500 ft 1
Junction/Node Ground Elevation (ft) Tank 280 1 200 2 185 3 190 4 194 Assume C = 100 in Hazen-Williams calculations; Tank maximum, minimum, average and initial levels as 350, 300, 340 and 340 ft , respectively. Task: As a team of two students, design a water distribution system (not considering fire flows) for the above site. Make (and state) necessary assumptions (pipe type and roughness, unit water use, minimum pipe size, etc.). Assume a water inflow rate that is about twice the calculated peak water demand. Do the calculations in the following major steps: