Geneva Wheel - SolidWorks File Simulations - Flash File Rolling Spheres. Once you have your sketch with the revolve profile and the centerline that will be used as the axis for the revolve, you can complete your revolve feature by activating Revolved Boss/Base from the Features tab of the CommandManager and using the property manager to specify your revolve settings (Figure 5.3). Introduction to Revolve - Instructions Memo Block - SolidWorks. Eventually you finish specifying diameters and want to specify something else, so to end the automatic diameter dimension set, hit ESC from the keyboard or exit the command. After specifying your first diameter dimension, selecting other horizontal lines defaults to a diameter dimension. So you will employ some new SolidWorks commands in this lab exercise. The dimension will show as a radius until you move your cursor below the centerline. wheel can be created using a 3-D circular pattern array. ![]() To specify diameter dimensions for revolved sketch profiles, select the horizontal line that will create the diameter when the revolve is done as well as the centerline being used for the axis of revolution. The diameter symbol is automatically displayed and everything! See the left image of Figure 5.2 how the diameter dimensions reference horizontal lines and the centerline to dimensions implied diameters. Revolved Feature sketches always need a centerline for specifying the axis of the revolved feature!īecause revolved features are used primarily for cylindrical parts that require lots of diameter dimensions to be specified, you can specify dimensions for diameters in the revolve profile sketch even though a circular feature doesn’t exist yet. It is good practice that the centerline for a revolved sketch be the very first thing you draw so that you can base the rest of that sketch off the centerline. This should come as no surprise due to the fact that most all cylindrical parts have a central axis. The centerline is to tell the revolved feature where to revolve about (the axis of revolution). What the sketch needs to include depends on the scenario but one thing every revolve profile sketch needs is a centerline. The revolve tool in SolidWorks is used to create cylindrical objects such as. Step 2: First open a sketch on the front plane by right clicking on the front plane and selecting the sketch symbol. To create a revolve feature, you first need to create the profile sketch. 115 subscribers Share 49K views 9 years ago Quick tutorial on how to use revolve boss/base in SolidWorks. You cant revolve a wheel in real life Step 1: Open SolidWorks and start a new part file. The sketch of revolved feature controls the cross-section of the feature and the revolved feature itself controls the axis of the revolution as well as how many degrees the profile is revolved. The revolved part is generated from a sketch of the half section for the part (imagine a half section on a technical drawing). See Figure 5.1).įigure 5.1 Revolved Sketch at Different Angle Revolved features take the cross section of a cylindrical feature and then revolves it by a number of degrees (90, 180, 360, etc. Watch and create base of the wheel now.Revolved features are used to primarily create cylindrical parts (though this doesn’t mean they can’t be used for other unique situations). All the necessary steps are explained in the below video. The 2D sketch drawing and adding dimensions are little time consuming. Then apply the Revolve boss feature for making the base of the alloy wheel. This 2D sketch is drawn and apply proper dimensions using the smart dimension tool. SolidWorks Alloy Wheel Tutorial: Part-1įirst step is to create a 2D sketch for the design of alloy wheels. Keywords: ANSYS 11, SOLIDWORKS 2010, Stress Analysis, Wheel Rim. It produced normally in casting or forging of the metal alloys. Welcome to Hotshotracer9 and in this how to video tutorial you are going to learn how to create alloy wheel design using SolidWorks CAD software. First 2D geometry is created using SOLIDWORKS than its revolved by revolve extrude. ![]() Ultimately, alloy wheels improves the breaking performance. The revolved part is generated from a sketch of the. ![]() ![]() The property of heat conduction helps to easy dissipation of heat produced during the breaking process. are used to primarily create cylindrical parts (though this doesn’t mean they can’t be used for other unique situations). Alloy wheel are several advantages and they are strong, durable, greater heat conduction and improved appearance properties than any other steel wheels. They are the wheels which is used in automotive vehicles and usually made of alloy of magnesium or aluminum.
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