Exercise 8a - Creating Connectors on an Airplane Fuselage
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1 Exercise 8a - Creating Connectors on an Airplane Fuselage This exercise will cover the basics behind the creation and visualization of connector entities, which will be used to create a variety of weld definitions. It will also demonstrate the strength of connectors when having to update the model with a new part. Step 1: Load the model 08-CompositeSkin_Connectors_Start.hm and set the user profile to OptiStruct. Step 2: Review the points that will be used to make connectors 1. Using the Model Browser, isolate the component Spot connector points. Step 3: Create a spot connector. 1. From the Model Browser find the predefined View entities and click on the Spots_create icon. This will snap the model to a predefined view where we will define some spot connectors.
2 2. Make sure that the geometry icon is turned on next to the Spot connector points component. 3. Within the Model Browser, select the Component View,. 4. Locate the component t2.5 (the components are listed alphabetically) and left click on the shaded mesh icon,, and select the wireframe mesh icon,. This should allow you to visualize the red points under this mesh, which designate the location of the connectors we want to make. 5. Now from the menu bar, select Connectors > Create > Spots. 6. Navigate to the Spot connector points component in the Model Browser, right click on it, and then select Make Current. Making this component current will cause any newly created elements to be placed in this collector. 7. Now, within the Spots panel, change the location to points and then select the two red points on the screen. 8. For connect what, click on comps and select the components t2.5 and compositeskin (these are the blue and purple components in the graphics area). 9. Set the tolerance to 20, the type to rbe3 (load transfer), and then select the use connector position for center option.
3 10. When you are done with your selection click create to both create a connector and realize it into its FE representation. You should now see the newly created connectors with their associated FE. Step 4: Create all of the spot connectors at once. Now that you walked through the process of making a spot weld connector, we are going to delete those connectors and then realize all of the spot connectors in this model at once. 1. Open the Delete panel and select all of the connectors in the model. Note that within the Delete panel it gives you an option for connectors. Choose the include realized FE option to delete the FE that was realized from these connectors. 2. Click the f key to zoom out and fit the model in the viewing area. 3. Now navigate back to the Spot Create & Realize panel. 4. For location, select points >> by collector. 5. Select the Spot connector points component. This will select all of the points in that component. 6. Then select all of the components in the model under the connect what field. This is done easily by click on comps and then clicking on comps in the upper right corner of the panel (shown below) and selecting all:
4 7. Like before set the tolerance to 20, the type to rbe3 (load transfer), and then select the use connector position for center option. 8. Then click create. This operation should have created and realized 176 connectors. Step 5: Create a seam connector from FE entities. Now that we created spot welds, we are going to move on to seam connectors. These types of connectors are used to represent welds/connections that are continuous along a line. A MIG weld is a good example of where you might want to use a seam connector. 1. From the Model Browser find the predefined View entities and click on the Seam_create icon. This will snap the model to a predefined view where we will define some spot connectors. 2. Make the Seam connector component the current component. 3. Within the Model Browser, select the Component View,.
5 4. Locate the component compositeskin and left click on the shaded mesh icon,, and select the wireframe mesh icon,. 5. Now from the menu bar select Connectors > Create > Connectors > Seams. This time we will just make the connector and not realize it into FE. 6. For location, change the selection option to nodelist. 7. Now select the nodes down the center of the t3:0 component as shown in the screenshot below. Hint: use the by path option to select the nodes faster. Be sure not to select any nodes on the compositeskin. 8. For spacing, input a value of For connect what, select the two components to connect (t3:0 and compositeskin), and then set the tolerance to Then click create. ou ll notice that a yellow seam connector was created. The color yellow indicates that it has not yet been realized into its representative FE.
6 Step 6: Create an area connector from elements. Now we will make a connector from elements in the model. An area connector represents an area where a connection is needed; an adhesive connection is a good example of this. 1. From the Model Browser, within the Model View, find the predefined View entities and click on the Area_create icon. This will snap the model to a predefined view where we will define some spot connectors. 2. Make the Adhesive connector component current. 3. Now navigate to the Translate panel from Mesh > Translate > Elements. 4. Select a few elements in the purple t8:0 component and then select elems>>by face. This should select all of the elements that share the same face. 5. Now select the elems button again and select the duplicate advanced option. 6. Put these duplicate elements into the current component. This operation makes duplicate elements of the original selected elements. 7. Now use the N1, N2, N3 buttons to define a vector to translate these elements downward. These buttons follows the right hand rule. 8. Set the magnitude to 6 and then select translate +. When you are down you should have an extra group of elements located in between the two components of interest, see the screenshot below.
7 9. Now from the menu bar select Connectors > Create > Areas. 10. For location, select elements by collector, and select the newly created elements we just translated which are in the Adhesive connector component. 11. For connect what, select the two adjacent components (compositeskin and t8:0). 12. Set the tolerance to 12, and then pick the type as adhesives. 13. Then click create to create both the connector and the FE. The final adhesive should look like this:
8 Step 7: Replace the stringers with an updated design. A lot of the power of connectors is in part replacement. Without connectors, when a design update is provided, the FE engineer might have to make dozens or even hundreds of modifications to the connected locations, which is very tedious. In the next section of this exercise, we are going to replace a part in our model with a new part that has both an updated mesh and geometry. Without connectors, this would be a very arduous process. 1. From the menu bar select Connectors > Unrealize. 2. Now select connectors >> by component and then select the Spot connector points component, and click unrealize. All of the FE for the spot welds has now been deleted, and only the connector entities remain. The connectors should turn from green to yellow. 3. From the menu bar select Tools > Part Replacement. This will pop up a GUI that will allow you to select an external part to replace an existing part with. 4. In the GUI, select the t1:5 component as the Old Part and then navigate to the tutorial directory and locate the 08-NewPart.fem file to import as the New Part. 5. Make sure you have the Delete old part after replacing it option selected. Then click Import.
9 6. Click Next in the part replacement GUI and select the newly imported part as the New Part. The component should be named t1: Click Next again, and then select Old material to reference the old material that was assigned to the old part. Then click Apply. 8. Click Next and then Exit. You should now see the new part in the model and the old one delete. 9. Now realize the spot connectors again with the same settings as before, and you should notice larger spiders because the mesh on the new part has a finer mesh.
10 10. Save the model.
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