Panels – menu items / functions for interacting with HyperMesh. • Sub-panels – divides panel Generally refers to file types other than a HyperMesh binary file. HyperWorks OptiStruct Tutorials and Examples Learn more at The file is necessary for OptiStruct to recognize it as an input file. 3. All files referenced in the HyperMesh tutorials are located in the HyperWorks installation directory under /tutorials/hm/. If the location of your HyperWorks.
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This tutorial demonstrates how to perform topology optimization using pattern repetition. The model is a rectangular plate with a concentrated force on one edge and two constraints on the opposite edge. Two other rectangular plates with a scaled size of 0. The objective is to minimize the compliance for the single subcase. The volume fraction of the design space is limited to 0.
Print…ition – optistruct-03-symmetry and draw direction applied topopt
The design spaces are the three plates. User Profiles… can also be accessed from the Preferences pull-down menu on foletype toolbar.
An Import tab is added to your tab menu. Setting up the optimization problem without pattern repetition.
Create the Volume Fraction and Compliance Response. Create a Constraint on Volume Fraction Response. This creates the compliance response as the objective. This completes the definition of the topology optimization problem without pattern repetition. Post-processing the results without pattern repetition. An isosurface plot is displayed in the graphics window. Note the display of each plate. Those elements of the model with a density greater hyperworka the value of 0.
The pattern repetition cards can now be defined in HyperMesh. The second component is scaled 0. Post-processing new results with pattern repetition. A Message Log window will appear, indicating the location of the. An iso surface plot is displayed in the graphics window.
Those parts of the model with a density greater than the value of 0.
OptiStruct Tutorials and Examples | Gonzalo Anzaldo Muñoz –
The following processes are covered: Choose OptiStruct as the user profile and click OK. From the File pull-down menu on the toolbar, select Import…. Set the Import type: Click the Select file Click Close to exit the Files panel. From the Analysis page, enter the optimization panel.
Click topology to enter the panel. Make sure the create subpanel is selected using tutoirals radio buttons on the left-hand side of the panel. Click props and select the property labeled first by checking the box beside it.
Select the parameters subpanel using the radio buttons on the left-hand side of the panel. Hypetworks steps 3 through 12 for the components called second and third with desvar names dv2 and dv3respectively.
Enter the responses panel. Set the switch under response type: Verify that the toggle in the center of the panel is set to total. Set the selector under response type: Enter the objective panel.
Hyeprworks switch on the left should be set to min. Click loadstep and select sub. Click return twice to return to hyoerworks main menu. Click OptiStruct to enter the panel to run OptiStruct. Click save as… following the input file: Set the export options: Click the run options: Set the memory options: Click the HyperView button in the OptiStruct panel. Click Close in the Message Log window that appears.
Click the Iso Value toolbar button.
Choose the last iteration from the Simulation list and click OK. Check the boxes beside Features and Transient under Clipped geometry: From the File pull-down menu, choose Exit to quit HyperView. From the Tool page, select the numbers panel. Click the nodes button and select tutorialw id. Click the green on button on.
Click return to exit the Numbers panel. From the Mask By Config tab menu, select 1 under the Isolate column to display only component collectors. Select the pattern repetition subpanel using the radio buttons on the left side of the panel. Make sure the switch is pointing to master.
Toggle from system to coordinates. Click the green first button and choose node ID 6.
Notice that the blue border moves over second after the first has fjletype selected; now choose the second node ID Choose the third node ID Click the anchor button and choose the node ID Click update on the right side to create a master DTPL card.
Click the switch and select slave. Set the following values: Click the first button and choose the node ID For the second hypfrworks, choose the node ID For the third button, choose the node ID For the anchor button, choose the node ID Click the update button on the right side to create the slave DTPL card. Click the switch and change to slave.
Decrease diameter of cylindrical die – Altair HyperMesh – Altair Forum
For the anchorchoose the node ID From the Analysis page, click OptiStruct to run the hyperwroks. From the OptiStruct panel, click the green HyperView button. Click Close to exit the Message Log window. Choose the last design under Simulation. Check the boxes for Features and Transparent under Clipped geometry: Click File on the menu bar and choose Exit to quit HyperView.