Tag Archives: Simulation

If you run a Simulation study you can export the resultant model’s deformed shape as a different configuration or as a separate part file if you have Simulation Professional or Premium.

To do this right-click on the “Results” folder and choose “Create Body from Deformed Shape.”  You will then choose between the configuration icon or the part file icon.


If you have chosen to create a new part file, the new part file will be saved in the same directory as the original model under the name entered.  If saving an assembly the deformed shape will be saved as a multibody part file.  This functionality will save deformed bodies for studies involving solid meshes, shell meshes, or mixed meshes.

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Defining a variable in Design Studies can be a tedious task, especially when targeting shell thickness as defined by SolidWorks Simulation.

We can define these parameters withing the design study by following a few quick and easy steps when defining the shell thickness in a Simulation Study.

Step One: When defining the shell thickness in SolidWorks Simulation you have a dialog box which allows you to enter a raw value, or using the drop-down selection you can choose link. For the purpose of utilizing a shell thickness in Design Studies select link.

Step Two: Select the “Edit/Define…” button in the “Select Parameter Dialog”. This will open the “Parameters” dialog which allows you to define the variable controlling the thickness. Insert a name and value to define your shell thickness.

Step Three: Select the newly defined variable in the “Select Parameter” dialog in order to complete the shell definition.

Step Four: Access the design study “Variables” list, notice the defined parameter is immediately available for selection.

Variables can be utilized for design optimization by setting up shell thickness ranges to be tested within SolidWorks Simulation.

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This DDi CADcast covers the new features and enhancements to the SolidWorks Simulation functionality in the 2013 version.

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SolidWorks Plastics can use a shell mesh for mold flow analysis. There may be times when the calculated mesh does not adequately define a detailed area of a part. Options to address this issue include creating a finer, more dense mesh or selecting a series of faces for a smaller mesh density. Either option may unnecessarily increase calculation time when the area in question is an isolated part detail. In this case it is more efficient to add nodes to a shell mesh to focus the results on a potentially problematic area.

 

 

 

 

 

 

To edit nodes in an existing mesh in SolidWorks Plastics:

- Switch to the PlasticsManager tab

- Expand the ‘Mesh’ section and double click ‘Edit’

There are several options available for adjusting the mesh quality.

 

 

 

 

 

 

 

 

 

 

 

 

 

To insert a node:

- Double click ‘Insert Node’

- Select a triangle on the existing mesh.

SolidWorks plastics will create a new node and connecting elements.

 

To adjust an existing nodes location:

- Double click on ‘Adjust Node’

- The default option is to ‘Move on Mesh’. Left click and hold on the mouse button down an existing node. The node will move as the mouse moves across the mesh. Alternately select ‘Move on Plane’ for nodes on planar faces or ‘Assign Coordinate’ if a specific coordinate is desired.

 

Adding and adjusting nodes allows you to refine how SolidWorks Plastics simulates the mold flow and will assist in finding problematic areas for mold flow, sink marks or air traps.

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Rather than modeling an entire body or assembly which has no mathematical value in your simulations, you can utilize the distributed mass functionality.

Distributed mass is an invaluable tool for defining dead weight loads within a Simulation study without the hassle of building or acquiring a model.

Distributed mass can be accessed from the simulation drop down for ‘Loads/Fixture’.

Only two constraints are required when applying a ‘Distributed Mass’, a face which the mass is applied to and a weight.

Distributed mass can be used in lieu of ‘Treat as remote mass’.

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