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Home > School of Engineering > Civil and Environmental > Open Educational Resources > Textbook

Open Educational Resources: Civil and Environmental Engineering and Engineering Mechanics

Textbook: Methods for Solving Hydraulic Networks

 

The contents of this book are not peer-reviewed and have not undergone professional graphic design and editing. Feedback is welcome. Email Professor Donald Chase.

Professor Chase provides this resource in the interest making higher education more affordable.

This resource is licensed under the Creative Commons Attribution-Noncommercial-No Derivatives 4.0 license (CC-BY-NC-ND).

Printing is not supported at the primary Gallery Thumbnail page. Please first navigate to a specific Image before printing.

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  • Cover, Table of Contents, Table of Figures by Donald V. Chase

    Cover, Table of Contents, Table of Figures

    Donald V. Chase

    Cover and front matter for Methods for Solving Hydraulic Networks

  • 1: Introduction by Donald V. Chase

    1: Introduction

    Donald V. Chase

    Chapter 1 of Methods for Solving Hydraulic Networks: Introduction

    • 1.1: Brief Definition of Network Elements
    • 1.2: Conservation of Mass
    • 1.3: Conservation of Energy - Loops and Tank Paths
    • 1.4: Alternate Formulation of the Energy Equation

  • 2.1: Matrix Solution of the Continuity Equations by Donald V. Chase

    2.1: Matrix Solution of the Continuity Equations

    Donald V. Chase

    Chapter in Methods for Solving Hydraulic Networks

  • 2.2: Methods to Solve Hydraulic Networks - Manual Solution by Donald V. Chase

    2.2: Methods to Solve Hydraulic Networks - Manual Solution

    Donald V. Chase

    Chapter in Methods for Solving Hydraulic Networks

  • 2.3: Gradient Terms in the Energy Equation by Donald V. Chase

    2.3: Gradient Terms in the Energy Equation

    Donald V. Chase

    Chapter in Methods for Solving Hydraulic Networks

  • 2.4: Hardy-Cross Method by Donald V. Chase

    2.4: Hardy-Cross Method

    Donald V. Chase

    Chapter in Methods for Solving Hydraulic Networks

  • 2.5: Simultaneous Path Adjustment Method by Donald V. Chase

    2.5: Simultaneous Path Adjustment Method

    Donald V. Chase

    Chapter in Methods for Solving Hydraulic Networks

  • 2.6: Node Equations by Donald V. Chase

    2.6: Node Equations

    Donald V. Chase

    Chapter in Methods for Solving Hydraulic Networks

  • 2.7: Manual Solution of the Node Equations by Donald V. Chase

    2.7: Manual Solution of the Node Equations

    Donald V. Chase

    Chapter in Methods for Solving Hydraulic Networks

  • 2.8: Single Node Adjustment Method by Donald V. Chase

    2.8: Single Node Adjustment Method

    Donald V. Chase

    Chapter in Methods for Solving Hydraulic Networks

  • 2.9: Simultaneous Node Adjustment Method by Donald V. Chase

    2.9: Simultaneous Node Adjustment Method

    Donald V. Chase

    Chapter in Methods for Solving Hydraulic Networks

  • 2.10: System of Equations by Donald V. Chase

    2.10: System of Equations

    Donald V. Chase

    Chapter in Methods for Solving Hydraulic Networks

  • 2.11: Linear Method by Donald V. Chase

    2.11: Linear Method

    Donald V. Chase

    Chapter in Methods for Solving Hydraulic Networks

  • 2.12: Gradient-Based Method by Donald V. Chase

    2.12: Gradient-Based Method

    Donald V. Chase

    Chapter in Methods for Solving Hydraulic Networks

  • 3: Forcing Pressures at Selected Nodes via Demands by Donald V. Chase

    3: Forcing Pressures at Selected Nodes via Demands

    Donald V. Chase

    Chapter in Methods for Solving Hydraulic Networks

 
 
 

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