Ansys Fluent Class#5

Ansys Space Claim(Repairing Model), Ansys Meshing( Global Mesh Control), Ansys Fluent(Parameters and Design Point)

Chapter 1 = Space Claim

What you’ll learn

  • They will learn how to import and repair the Geometry in Space Claim.
  • Student will learn how to use tools for Global Mesh Control such as Adaptive,Curvature,Proximity and Inflation.
  • Student will get idea about Parameters and Design points in Fluent.
  • Student will learn how to define input/output parameters in Fluent.

Course Content

  • Introduction –> 2 lectures • 9min.
  • Tip and Tricks –> 1 lecture • 16min.
  • Ansys Space Claim –> 2 lectures • 56min.
  • Ansys Meshing –> 1 lecture • 1hr 7min.
  • Ansys Fluent –> 2 lectures • 1hr 41min.

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  • Basic Engineering Knowledge.
  • Powerful computer has Ansys Fluent,installed.
  • Chapter 1 = Space ClaimHow to use the repairing tools such as Stitch,Gap,Missing Face,Split edges,Merge Faces,Small Faces and implement best practice when working in the Space Claim and learn how to use the specialized tools such as round,interference,faces,short edgesImporting   Geometry in SpaceClaim

    Repairing   Tools



    Missing Face

    Split Edges

    Extra Edges

    Merge Faces

    Small Faces






  • Chapter 2 = Ansys MeshingSpecifically focus Global Meshing,using to make global adjustment in the meshing strategy  such as Adaptive, Curvature, Proximity, Inflation, Quality, Statistic,used for mesh sizing.Global   Mesh Control







  • Chapter 3 = Ansys FluentDefining Inlet/Outlet parameter, Parameter Management, working with design points, design point update,retain and initializationIntroduction       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

  • Workshop 1 :Parametric Study of an   AirConditioning SystemConstrain   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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