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4.31 out of 5
4.31
8 reviews on Udemy

Ansys Fluent = Learn how to use the Ansys Fluent effectively

Overview of the CFD Process, Setting Up Domain, Setting Up Physics, Post Processing, Solver, Parameter
Instructor:
Erkan Selimoglu
39 students enrolled
English [Auto]
They will learn how to analyze and simulate the engineering models.

This course is a perfect fusion of CFD theory and software exposure. This course explicitly focuses on solver and post-processing part oF typical CFD process using simulation tools Ansys Fluent.  Each chapter has specific workshop for doing more practice.

Following topic will be covered in this course;

Chapter 1= Learning basic steps for CFD Analsys with Ansys Fluent, Launching Ansys Fluent, Fluent Graphic User Interface, using the Ribbons to guide the workflow of the Fluent session, showing the main tabs such as Setting Up domain, check mesh quality, display.Doing more practice with Workshop model section.

Chapter 2=  Specifically focus the “Setting Up Physics” section such as how to define Material Properties, cell zone, boundary conditions, operating Condition and Solver type.Doing more practice with Workshop model section.

Chapter 3 = Learn how to use the ribbons in the Post-processing section and learn how to do quantitative and qualitative flow performance of the system with using both CFD Post and Fluent also learn how to create graphical objects such as mesh, contour, vector,pathlines, Composing and displaying scenes using scene objects, Alphanumeric post processing of fluxes and integral quantities Defining new variables using custom field functions and creating x-y plot , check the residuals in the Plot section and show how to use animation tools in the CFD Post and Fluent.Doing more practice with Workshop model section.

Chapter 4 =  how to specify the solver and choose methods and controls, how to initialize the solutions, how to use the report definitions to monitor and judge converge  and talk details in Solving Ribbon such as Method, Controls, residuals, initialization, Calculate section and converge criteria.Doing more practice with Workshop model section.

Chapter 5 = Defining Inlet/Outlet parameter, Parameter Management, working with design points, design point update,retain and initialization.Doing more practice with Workshop model section.

Introduction

1
Introduction

Chapter 01   Overview of the CFD Process       

Workshop 01   Air Monifold       

Chapter 02   Setting Up Physics       

Workshop 2.1   Mixing Tube       

Workshop 2.2   Ansys Fluent Setting Up Physics       

Chapter 03   PostProcessor       

Workshop 03:   Ansys Fluent PostProcessing       

Chapter 04:   Solver       

Workshop 04 :   Ansys Fluent Solver       

Chapter 05 :   Parameter and Design Point      

Workshops :   Ansys Fluent Parameters and Design Point   

Tip and Tricks

1
Tip and Tricks

Student asked a   question how to setup the porous zone.

This tutorial is showing how to   set-up the porous zone step by step   

Introduction to Ansys Fluent

1
Introduction to Ansys Fluent Tutorial

Chapter:1=Overview of the CFD Process

  • Introduction

  • What is CFD

  • How does CFD Work

  • Steps

  • Define Your Modeling Goal

  • Identify the Domain You will Model

  • Create a Solid Model of the Domain

  • Design and Create a Mesh

  • Set-up the Solver

  • Compute the Solution

  • Examine the Result

  • Consider Revisions to the Model

Chapter  02: Setting Up Domain

  • Introduction

  • Graphical User Interface(GUI)

Demo 1: Pipe 

2
Ansys Fluent Air Monifold Workshop

Using the steps,specified below, to simulate your model from scratch..

STEPS:

  • Define Your Modeling Goal

  • Identify the Domain You will Model

  • Create a Solid Model of the Domain

  • Design and Create a Mesh

  • Set-up the Solver

  • Compute the Solution

  • Examine the Result

  • Consider Revisions to the Model 

Ansys Fluent Setting Up Physics

1
Setting Up Physics Tutorial

Setting up Physics

  • How to define material properties

  • How to define cell zone conditions in Fluent including solid zones and porous media

  • The different boundary condition types in Fluent and how to use them

  • How to specify well-posed boundary conditions

  • Porous Zone 

2
Ansys Fluent Setting Up Physics Workshop

Setting Up Domain Workshop

  • Simplify the Model

  • Create a Mesh

  • Defining Physical Model such as Turbulance and Energy

  • Selecting Material Property

  • Defining Boundary Conditions

  • Setting up solution monitors

  • Running the simulation

  • Post Processing 

Ansys Postprocessing

1
Ansys Post-processing Tutorial

Postprocessing

  • Fluent Post-processing Tools

  • CFD Post Application

  • Surface

  • Create

  • Graphics

  • Mesh

  • Contour

  • Vector

  • Pathlines

  • Plots

  • XY Plot

  • Residual

  • Interpolated Data

  • Report

  • Fluxes

  • Forces

  • Surface Integrals

  • Volume Integrals

  • Animation

Demo 2: Mixing Tee 

2
Ansys Postprocessing Workshop

Postprocessing Workshop      

  • Creating surfaces for   postprocessing        

  • Creating   graphics objects such as contours and vectors       

  • Composing and   displaying scenes using scene objects       

  • Alphanumeric   postprocessing of fluxes, forces and integral quantities       

  • Defining new   variables using custom field functions     

  • Basic usage   of CFD-Post   

Ansys Fluent Solving

1
Ansys Fluent Solving Tutorial

Solver Type       

  • Pressure Based       

  • Density Based       

Controls       

  • Under-relaxation   Factor       

  • Solution   Controls       

Solution   Method       

  • Simple       

  • Simplec       

  • PISO       

  • Couple       

Initialization      

  • Standard   Initialization       

  • Hybrid   Initialization       

  • FMG   Initialization       

  • Starting from a Previous Solution       

Interpolation   Methods for Pressure      

  • Standard        

  • PRESTO       

  • Linear        

  • Second-Order        

  • Body Force   Weighted        

Discretization   (Interpolation Methods)       

  • First-Order   Upwind        

  • Second-Order   Upwind        

  • Monotone   

  • Upstream-Centered Schemes for Conservation Laws (MUSCL)        

  • Quadratic   Upwind Interpolation (QUICK)        

Interpolation   Methods (Gradients)       

  • Green-Gauss   Cell-Based        

  • Green-Gauss   Node-Based        

  • Least-Squares   Cell-Based        

Converge       

Demo :   Manifold   

2
Ansys Fluent Solving Workshop

Workshop= Solving      

  • Effect of   discretization        

  • What to do when convergence problems are encountered     

  • What to do if the residuals converge but report plots are still changing     

  • How to make   full use of Report Definitions   

Parameters and Design Points

1
Parameters and Design Points Tutorial

Parameters and Design Points      

  • Introduction       

  • Parameters in   Fluent       

  • Defining   Input Parameters       

  • Defining   Output Parameter       

  • Parameters   Management       

  • Design Point       

  • Working with   

  • Design Points       

  • Design Point   Update       

  • Design Point   Retain       

  • Design Point   Initialization     

Demo : Mixing   Tee    

2
Parametric Study of an Air Conditioning System Workshop

Parametric Study of an   AirConditioning System       

  • Constrain   WB input parameters to a range of values       

  • Define input and output parameters in Fluent       

  • Create and execute a table of design points to study how the   positions of three independent valves affect flow rates and temperatures in   the AC system           

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9 hours on-demand video
Certificate of Completion

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