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Workbench project schematic

Date post: 23-Feb-2016
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Workbench project schematic. Place the new component on its source. Design Modeler . Dimensions: mm. Axis. Revolve. Geometry: Sketch FD1: =180. Select XYPlan on the model tree than go to Sketching !. Revolve. 2. Axis. Sketch3. 3. 180deg. Create named selections. Surfaces - PowerPoint PPT Presentation
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rkbench project schematic Place the new component on its source
Transcript
Page 1: Workbench project schematic

Workbench project schematic

Place the new component on its

source

Page 2: Workbench project schematic
Page 3: Workbench project schematic

Design Modeler 1. Dimensions: mm

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Axis

1. Geometry: Sketch2. FD1: =180

Revolve

Page 5: Workbench project schematic

Select XYPlan on the model tree than go to Sketching !

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1. Sketch32.

Axis

3. 180deg

Revolve

Page 7: Workbench project schematic

Create named selections

CYL1CYL2

OUTSYM

INLFLUID

1. Surfaces2. Volume(FLUID)

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Open ICEM

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Create Body

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Initialize blocking

Create Block

Initialize Block(s)

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Split block

Left click: positioningMiddle click: apply

Split Block

Split Block

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Delete block

Apply or middle

click

Delete Block

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Association

I.Show association

Asso

ciate

edge

to cu

rve Associate

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Association

I.Show association

Snap project vertices

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Move vertex

Move 4 vertexes to 60 deg position

Move Vertex

Move Vertex

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Part mesh setup

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Hexa sizes

Surface

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Pre-Mesh

Pre Mesh params

Update Sizes

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Bad elements

1.) Select: Blocking, Pre-Mesh quality

1.) Criterion: Angle

Cells with bad quality

21

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Split block

Press “v” (all visible parts) then middle click to apply

Select Block(s)

Split Block

Ogrid Block

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Select Face(s)

Ogrid block

Select these 6 parts!

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Check edges

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Check Pre-Mesh

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Refinement of the mesh1.) Select: Blocking, Edit Block

2.) Select: Modify Ogrid,Methode: Rescale OgridOfset: 0.5

Select one of the radial edges

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Refinement of the mesh1.) Select: Blocking, Premesh params

2.) Select: edge params3.) Select one of the radial edges4.) Set node number to 85.)Set spacing1: 0.2, ratio1: 1.26.)Methode: Bigeometric7.)Enable: copy parmaters, to all parallel

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Save project !

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Create a FLUENT file

1.) Right click on Pre-mesh, select Convert to unstruct mesh2.) Save3.) Click on Output mesh to ANSYS FLUENT

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Set up the solver,check the boundary conditions!


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