Select the "open" edge of the set of surfaces, shown in black. To create a solid from a self-intersecting single surfaceĬlick the Select tool in the Edit ribbon group. The enclosed region becomes a solid and takes on the color and visibility properties of the merged surface that appeared top-most in the Structure tree. This tutorial will teach you how to create groups in SpaceClaim to drive changes in ANSYS Workbench. Select the surfaces that intersect to form an enclosed region using box selection. Using groups and dimensions in ANSYS tutorial. The second surface takes on the color and visibility properties of the first surface. Select the Combine tool from the Intersect ribbon group.Ĭtrl+click the second surface to merge it with the first surface. Being a diverse software, it is impractical to go through each aspect of fluent in this tutorial ANSYS SpaceClaim v2017 a mesh with the 2D option selected as the model is only utilizing the x and y dimensions SpaceClaim. Sometimes, if you manipulate a surface so that it becomes self-intersecting, you may need to create a solid from the surface that remains. ANSYS SpaceClaim is an alternative to the ANSYS design watermelon diseases pictures Advertisement how to place image and text side by side in. If surfaces enclose a volume, you can use the Combine tool to quickly convert the enclosed volume into a solid and trim the extra. (Optional) Continue clicking to remove additional faces.You can merge surfaces with the Combine tool. If you did not change the thickness, the default thickness is set by the minor grid spacing. The baseline of the offset is shown in blue. With content from Ansys experts, partners and customers you will learn about product development advances, thought leadership and trends and tips to better use Ansys tools. The face is removed and a shell is created. Ansys Blog Subscribe to the Ansys Blog to get great new content about the power of simulation delivered right to your email on a weekly basis. (Optional) Enter a value into the dimension field to change the thickness of the shell.Įnter a negative number to create the shell thickness from the outside of the solid. Mouse over the solids in your design to highlight the faces that could be removed.
A shelled solid with a chamfer is shown in cross-section below.Ĭlick the Shell tool in the Insert ribbon group on the Design tab. The chamfer or rounded edge will be created and maintained on both offset faces. Shelled solids can have chamfers and rounds, and the faces can be drafted. You can also create a closed shell without removing a face. DS Mechanical automatically creates an offset relationship between the sides of the solid for you. You can then use the Shell tool to remove other sides of the shell. Use the Shell tool in the Insert ribbon group on the Design tab to remove one of the faces of a solid and create a shell of a specified thickness.
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