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Solid Mesh Panel |
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Solid Mesh Panel |
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»Click here to display Table of Contents«
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Solid Mesh Panel |
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Solid Mesh Panel |
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Location: 3D page
Use the Solid Mesh panel to create meshes in a pentagonal or hexagonal volume defined with edge lines.
The Solid Mesh panel requires a volume to be defined before meshing can occur. You can define volumes using one of the following three methods:
Method |
Description |
opposite faces |
The opposite faces method allows you to easily define a volume which has a user-defined face definition for two faces of the volume, and four linear faces automatically generated. To define a volume using opposite faces, you must define two regions in space that define two opposing faces of the volume. This is accomplished by specifying lines for region1 and region2 that can be either quadrilateral faces or triangular faces. |
connecting faces |
The connecting faces method allows you to define a volume with four faces defined by you and two faces automatically generated. To define a volume using this method, you must define either 3 connecting lines for a pentagon, or 4 lines for a hexagon shape. |
all faces |
Using the all faces method allows you to completely define a volume with all six sides defined by the input geometry. The input data required by this function includes two opposing faces defined by using region1 and region2, and the appropriate number of connecting lines. This method is simply a combination of the previous two methods. |
There are no subpanels on the Solid Mesh panel. All inputs and command buttons are located on the main panel.
Input |
Action |
start region |
Select three or four lines that define the first surface of the solid.
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end region |
Select three or four lines that define the opposing surface of the solid.
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connecting |
Select three or four lines connecting the two surfaces.
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Command Buttons
The following action buttons appear:
Input |
Action |
uniform mesh |
Creates a uniform mesh in the volume formed by three, six, or nine lines (penta), or four, eight, or twelve lines (hexa). If the selected lines form a solid, the uniform mesh subpanel is displayed. |
reject |
Revert the most recently made changes. |
return |
Exits the panel. |
The uniform mesh subpanel allows you to specify the number of elements which should be created on three opposite sides of the solid with the three menu items density u =, density v =, and density w =. The lines which correspond to the menu items density u =, density v =, and density w = are highlighted as each becomes active for input.
If connecting lines are not selected, HyperMesh linearly interpolates between the closest endpoints of the lines defining the two surfaces to create the connecting lines.
If connecting lines are selected, but neither surface 1 nor surface 2 lines are selected, HyperMesh linearly interpolates between the endpoints of the connecting lines to create the surface lines.
The tolerance used to verify that the selected lines are intersecting can be modified in the Options panel.
