Hydraulic Modeling and Analysis
( 24 Modules )

Module #1
Introduction to Hydraulic Modeling
Overview of hydraulic modeling, importance, and applications

Module #2
Hydraulic Fundamentals
Review of basic hydraulic principles, including head loss, flow rates, and pipe networks

Module #3
Hydraulic Model Types
Overview of different types of hydraulic models, including 1D, 2D, and 3D models

Module #4
Modeling Software Overview
Introduction to popular hydraulic modeling software, including EPANET, WaterGems, and SWMM

Module #5
Data Collection and Preprocessing
Importance of data quality, data sources, and preprocessing techniques

Module #6
Network Geometry and Layout
Creating and editing network geometry, including pipes, nodes, and valves

Module #7
Pipe and Fitting Properties
Assigning properties to pipes and fittings, including diameter, material, and roughness

Module #8
Pump and Valve Modeling
Modeling pumps and valves, including performance curves and control settings

Module #9
Water Demand Modeling
Modeling water demand, including peak demand, fire flow, and commercial/industrial demands

Module #10
Hydraulic Simulation
Running hydraulic simulations, including steady-state and transient analysis

Module #11
Pressure and Flow Analysis
Analyzing pressure and flow results, including interpreting maps and graphs

Module #12
Water Quality Modeling
Introduction to water quality modeling, including contaminant transport and decay

Module #13
Water Quality Analysis
Analyzing water quality results, including interpreting concentration maps and graphs

Module #14
Unsteady Flow Analysis
Modeling unsteady flow, including surge analysis and water hammer

Module #15
Model Calibration and Validation
Calibrating and validating hydraulic models, including parameter estimation and sensitivity analysis

Module #16
Real-World Applications
Applications of hydraulic modeling in real-world scenarios, including water distribution systems and wastewater collection systems

Module #17
Case Study:Water Distribution System
Step-by-step example of building and analyzing a water distribution system model

Module #18
Case Study:Wastewater Collection System
Step-by-step example of building and analyzing a wastewater collection system model

Module #19
Modeling Guidelines and Best Practices
Best practices for building and using hydraulic models, including model validation and uncertainty analysis

Module #20
Advanced Topics in Hydraulic Modeling
Exploring advanced topics, including dynamic modeling and machine learning applications

Module #21
Troubleshooting and Error Handling
Identifying and fixing common errors and issues in hydraulic models

Module #22
Model Interoperability and Data Exchange
Importing and exporting data, including file formats and API integration

Module #23
Hydraulic Modeling in Emergency Response
Using hydraulic models in emergency response scenarios, including flood response and water main breaks

Module #24
Course Wrap-Up & Conclusion
Planning next steps in Hydraulic Modeling and Analysis career

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Hydraulic Modeling and Analysis ( 24 Modules )

Hydraulic Modeling and Analysis
( 24 Modules )