Hec-Ras 1D Course From Zero To Hero

Be Master in River Engineering and Flood Modeling

What you'll learn
You will learn how to create a steady state flow simulation in Compund Channel uing HEC-RAS 1D
You will learn how to extract river geometry based on remotely sensed DEMs and Flood Inundation Mapping
You will learn about the modeling Bridges, Inline Structures (Weir, Gate) and Culverts in HEC-RAS 1D
You will learn How to estimate the Stability variables (Width, Depth and Slope) for a river reach
You will learn How to Simulate Sediment Transport Process for a River Reach in HEC-RAS
You will learn How to Estimate Bridge Scouring Depth around Piers and Abutments in HEC-RAS
You will learn How to Simulate Dam Breach for a Real Case Study for Unsteady Condition
By the end of this Course, you will understand the 1D river modeling capabilities of HEC-RAS 1D and when to apply the software to different types of application
Requirements
This course assumes no prior knowledge of Flood Modeling, Sediment Transport Simulation and River Engineering Concepts and is presented from a practical point of view by a professional modeler.
Description
By the end of this course, you will understand the 1D river modeling capabilities of HEC-RAS 1D and when to apply the software to different types of applications. This Course will allow you to familiarise yourself with the various tools and features within the software, allowing you to build your own 1D river model, run steady, unsteady flow simulations, Sediment Transport Modeling, Bridge Scour Modeling, Dam Breach Simulation, and Flood Routing at Downstream.The use of numerical and computer-based modeling has become widespread in Water Resources Engineering and Science to study Rivers, Catchments, Lakes, and Coastal Regions. The most important applications of such models are River engineering, Flood inundation mapping, Flood control, Flood management, and Flood damage estimation. HEC-RAS 1D model is one of the best Numerical models in River Engineering and Flood Modeling. Due to the high performance of this model, Several companies, Engineers, and Researchers, all around the world, are using this model in their studies. Therefore, I decided to create this course from zero to hero. I'm using different examples and real case studies throughout my presentation. I tried my best to make this course, Attractive, Clear, Understandable, and Completely applied.If you want to be a Master in the HEC-RAS 1D model Join Us.

Overview

Section 1: Introduction

Lecture 1 Introduction to This Course

Section 2: Steady flow simulation in a compound channel

Lecture 2 Steady Flow Simulation in a Compound Channel-Part1

Lecture 3 Steady Flow Simulation in a Compound Channel-Part2

Section 3: Flood Inundation Mapping Using Remotely Sensed based DEMs

Lecture 4 Downloaing Different DEM Sources

Lecture 5 Flood Inundation Mapping Using HEC-RAS 1D

Lecture 6 Generating Different Hydraulic Outputs in RAS Mapper

Lecture 7 Determining the Best Remotly Sensed DEM for Flood Inundation Mapping

Section 4: Bridge Modeling Ussing HEC-RAS 1D Model

Lecture 8 Bridge Modeling-Part1

Lecture 9 Bridge Modeling- Paart2

Section 5: Bridge Scour Simulation Using HEC-RAS 1D Model

Lecture 10 Bridge Scour Modeling

Section 6: Inline Structures Modeling Using HEC-RAS 1D

Lecture 11 Weir and Gate Modeling

Section 7: Stable Channel Design Using HEC-RAS 1D Model

Lecture 12 Calculating Rivers' Stability Parameters

Section 8: Dam Break Modeling Using HEC-RAS 1D Model

Lecture 13 Flood Simulation Caused by Dam Break

Section 9: Sediment Transport Modeling Using HEC-RAS 1D Model

Lecture 14 Defining Quasi-Unsteady Flow data and Boundary Conditions

Lecture 15 Defining Sediment Datasets in HEC-RAS

Lecture 16 Defining Sediment Boundary Conditions

Lecture 17 Sediment Properties Options and Output Levels

Lecture 18 Running Model and Visualizing the Outputs

For River Engineering, Flood Modeling Experts and Engineers, and Students of Water Resources Engineering,For under grade or Grade students who want to improve their skills in River Engineering Studies,For Consultants or professionals interested in Flood Modeling, Sediment Transport Simulation, or hydraulic Calculation.