![]() The Detail Aspects of a design incorporated to communicate with others or submit the design for review. Both types are illustrated in the image below. In other cases, you may want to see the geometry behind the plane as well. In some cases, you may want to only show the geometry that lies in the section plane. You can add a cross-section to any view type. To create a cross-section view, you must already have at least one view. You locate a plane through the details of interest and SpaceClaim creates the view. Planar cross-section views show interior details of your design. To learn more about SOLIDWORKS, check out the additional tips and tricks listed below.You are here: Detailing > Drawing sheets > Working with drawing sheet views > Cross section views Had we opted to work with the Section View command, some of the entities cannot be referenced or converted as easily as shown below. As shown with the tools above, the information from the cross-section can be converted into visible sketches. While the Section View button is great for displaying the cross-section, it doesn’t offer the same versatility when it comes to referencing the model. Why not just use the section view button? It can also do additional things like projecting intersections as a 3D sketch.įor more, feel free to watch this video. The intersection curve offers to ease of translating the entire surface boundary that crosses the plane. However, its current limitation is that planes are the only reference that can be used. It’s noted that the Slicing Tool offers an advantage due to the boundary and the option to add additional planes for multiple intersections. Intersection Curve: Which method is better?Īs far as which command is more versatile, both can achieve the necessary references. Once done, the feature is generated and the rest of the spoke design can be carried out. In this example, we chose the intersection curve sketch below shows a profile that uses a combination of sketch relations and splines. Once the profiles have been generated, either sketch can be used as a guideline for creating a spoke section. The sketch created by the Intersection Curve has a few differences but also contains the same relative information captured by the Slicing Tool.Ĭreating the sketch profile & spoke feature Afterward, we selected the outer faces and a few of the inner surfaces to capture the necessary information. Suggested Article > SOLIDWORKS Intersection Curve Tool ExplainedĪs with this example, we first created a new sketch on the right plane where the entities should intersect. Unlike the Slicing Tool, all surfaces intersecting the plane will be projected, as opposed to just the area within the boundary. The Intersection Curve option in SOLIDWORKS offers a similar result, whereas multiple surfaces are selected individually. The sketch will stay linked to the original geometry, whereas if the model geometry updates, so does the sketch that was created by the SOLIDWORKS Slicing Tool. When finished, a new 2D of the intersection will be created as a reference. There's also the option to either drag the bounding box or enter the values to determine the boundary to capture. Checking the intersection box will allow the creation of the sketch. Here we’ve chosen the plane where the intersection should be located. The SOLIDWORKS Slicing Tool also allows the addition of multiple planes but, in this example, just the right plane will do the trick. The boundary that’s visible acts as a filter that will capture all faces touching the boxed area. Once finished, a new 2D Sketch of the enclosed thickness is generated. The SOLIDWORKS Slicing Tool allows users to choose any plane as a reference and also choose the boundary to capture an area from within. The outer rim has been already designed, and the inner, solid body will fuse with the spoke afterward to create the counterbore holes. In this article, we'll look at both options and distinguish the differences between the two.īelow is an example of a part where we need to create a reference of the cross-section profile to design the spoke to the rim. Have you ever needed to pull a cross-section of a solid with the ability to trace it? SOLIDWORKS has two tools that simplify this task: ![]()
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