Ansys Fluent Class#2 Let's do more practice&SettingUpPhysics

This course is a perfect fusion of CFD theory and software exposure. This course explicitly focuses on Space Claim,Meshing and part of typical CFD process using simulation tools Ansys Fluent.

• Ansys Space Claim= Doing practice with using Workshop model and Students will learn how to launch the Space Claim Direct Modeler,importing geometry, Exploring/familiarize the Ribbon Toolbars,Structural Tree.

  Objectives       

  To start   SpaceClaim in standalone mode and from Workbench       

  To become   acquainted with geometry creation basics       

  To become   acquainted with the structure tree       

  To import   geometry within current component and as a new component   

  It   starts by creating sketches using the Sketch Creation Tools       

  The Pull Tool   is than used to create 3D geometry from the sketch   

  
  

• Ansys Meshing =  Doing practice with using Workshop model and Student will learn how to launching mesh, genrating a mesh, creating named selections, using inflation, checking mesh quality, saving the project

  •Generating   a mesh        

  •Creating   Named Selections        

  •Using   Inflation        

  •Checking mesh   quality        

  •Saving the   project    

  
  

• Ansys Fluent= 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(Air Monifold) model section.

  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   

  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