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    Water Distribution Systems: Theory, modeling and practice

     

    Course description

     

    This short course aims to accurately model water distribution systems. The modelers need a comprehensive understanding of both hydraulics and their modeling software. The course begins with the basics of hydraulic theory as it applies to water distribution system modeling and delves into advanced topics such as the management of multiple modeling scenarios, demand allocations, model calibration, running extended period simulations and fire flow and water quality analysis. Participants will not only learn the knowledge they need to execute complex modeling tasks, but implement and reinforce their understanding through hands-on exercises accompanying every section.

     

    Objective

    Participants will become familiar with the principles of hydraulic network modeling, understand the basic and advanced capabilities of EPANET, learn the different types of model simulations and understand the methods of reviewing and maintaining a hydraulic network model.

     

    Who can attend?

     

    Municipal engineers, developers and planners, engineering consultants, hydraulic engineers, technicians, technologists, designers and other technical personnel who are responsible for or oversee water distribution facilities.


    Course Topics

    The course consists of the following topics:

     

    Introduction to Hydraulic Network Modeling of Water Distribution Systems

    • Water distribution systems
    • Hydraulic network models
    • Model applications

    Hydraulic Analysis of Pipelines – Theory

    • Hydraulics
    • Energy grade line
    • Headloss equation
    • Conservation of energy and mass

    EPANET Product Overview and Software Layout

    • EPANET window
    • Commands and functions
    • Capabilities

    The EPANET Water Data Model

    • EPANET project
    • Physical components
    • Non-physical components such as controls, curves  and patterns

    Building and Running a Hydraulic Simulation using EPANET

    • Building a model
    • Create network components
    • Operation data tools

    • Run a hydraulic simulation
    • Steady-state simulation
    • Extended period simulation

    Building and Running a Fire Flow Simulation using EPANET

    • Fire flow simulation
    • Assigning fire flow demands

    Course Instructor:

    Dr. Mo’ayyad Shawaqfah

    Venue: Prince Faisal Center for Dead Sea, Environmental and Energy Research, Mutah University, Karak-Jordan

    Date: 27th   - 28th July 2011 Time: 9:00-15:00

     

     

     

Last Updated ( Thursday, 30 June 2011 11:03 )