![]() ![]() Just click this option and a P will appear, meaning that this dimension has been parameterized and you can change it directly by opening the parameter table (seen directly on ANSYS Workbench window). There might be an option to parameterize these dimensions but I am not aware of it maybe you can access online website of SpaceClaim to check how that can be done if it is possible.įor DesignModuler in ANSYS, it is easy to parameterize the dimensions. As far as I can recall, you have to manually open the SpaceClaim everytime and then change these parameters manually. The problem with SpaceClaim, as I have observed, is that you cannot parameterize these dimensions. ![]() Then you can click on any edge, circle etc that you have sketched and change its dimension on the bottom left tree under 'General', as shown in the picture below. After making that sketch, you can click the option 'Dimensions' which can be seen in toolbar under 'Sketch' ribbon on top. #Changing the mass in ansys spaceclaim how toI am going to assume you already know how to draw the sketch in SpaceClaim. I leveraged ANSYS, Inc.’s latest acquisition, the SpaceClaim Direct Modeler as my design tool. On top of that, watch videos uploaded by other channels as which explains other SpaceClaim features in detail. Besides providing 3D printing services and selling 3D printers, we at PADT are a Channel Partner for ANSYS engineering simulation tools here in the Southwest. All rights reserved.If you are new to ANSYS and SpaceClaim, then the first thing you should do is just open YouTube, open ANSYS Learning Channel and watch the tutorials for SpaceClaim there. To measure the properties of a planar section The projected area and estimated precision is displayed in the Design window Area in the user interface that displays your model or assembly. You can also hold Alt and select the object without using the tool guide. To measure the projected area of an object or objects The first number is the red axis of the origin, the second is the green axis, and the third is the blue axis. The axis is indicated with x, y, z values in the figure above, these values are (0, -1, 0). ![]() To calculate the actual moment of inertia, multiply the moment measurement by the density of the solid. To calculate the principle moments and axes for another point, Ctrl+click an origin to add it to your selection. ![]() to display its volume, center of mass, and principle moments and axes.Ī small origin appears at the center of volume with its axes oriented in the direction of the principle axes. or by triple-clicking it in the Design window Area in the user interface that displays your model or assembly. You can rename objects, create, modify, replace, andĭelete objects, as well as work with components. You can expand orĬollapse the nodes of the tree to view the objects. tab.Ĭlick a solid in the Structure tree Display in the Structure panel that shows you each of the objects in your design. in the Inspect group on the Measure Tools for displaying measurement properties of the edges, faces, and solids in your design. To display the surfaces’ individual surface areas, use the Measure tool.Ĭlick Mass Analysis tool used to display mass properties, or volume information for the solids and surfaces in your design. If there are multiple surfaces on the same plane, the tool displays the total surface area for all the surfaces. If you use the tool on a surface, it will display the total surface area. tool to display volume information for the solids and surfaces in your design. Use the Mass Analysis tool used to display mass properties, or volume information for the solids and surfaces in your design. You are here: Measuring and analyzing > Measuring > Displaying mass ![]()
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