Hydraulic Engineers: BEGINNER

Hydraulic Engineers: BEGINNER

10
3h 10m
  1. Section 1

    OGEE Spillway

  2. Section 2

    STEPPED Spillway

  3. Section 3

    POND Overflow

  4. Section 4

    Rough RIVER

  5. Section 5

    BRIDGE PIILARS

  6. Section 6

    WATERFALL Modeling

  7. Section 7

    CASCADE Analysis

    1. Episode 1 20m 53s
  8. Section 8

    Counter-Flow CANAL

  9. Section 9

    SLUDGE Flow Modeling

    1. Episode 1 12m 37s
  10. Section 10

    SLUDGE Flow in Pipe

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Hydraulic Engineers: BEGINNER — Ep 01

Ogee Spillway CFD Simulation

Episode
01
Run Time
12m 40s
Published
Oct 10, 2024
Course Progress
0%
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About This Episode

Dive into the world of hydraulic structure analysis with our specialized ANSYS Fluent training on Ogee Spillway CFD Simulation. This course is designed for civil engineers who are beginners in ANSYS Fluent and looking to enhance their understanding of spillway design and performance through introductory computational fluid dynamics techniques.

Spillways are critical hydraulic structures in dam engineering, playing a vital role in flood control, water level regulation, and dam safety. The ogee-shaped spillway, known for its efficiency in energy dissipation, is a cornerstone design in modern hydraulic engineering. This course will introduce you to the basics of modeling and analyzing ogee spillways using ANSYS Fluent, one of the industry’s leading CFD software tools.

As a beginner, throughout this training, you’ll learn to:

Navigate the ANSYS Fluent interface
Set up basic boundary conditions for spillway flow scenarios
Run simple simulations of water flow over an ogee spillway
Analyze basic velocity distributions and pressure profiles along the spillway
Interpret and visualize simulation results
Understand the fundamentals of energy dissipation in spillways
This course bridges the gap between traditional hydraulic engineering principles and introductory computational methods, providing you with a foundation for tackling spillway design challenges in your professional practice. By the end of the course, you’ll have a basic understanding of how CFD can be applied to hydraulic structure analysis, setting the stage for more advanced studies in the future.