The Adaptive Sweep I’ve made using a custom sketch that connects one i can clear my basic concept of sweep command in gsd in catia V5. in sweep command there is one more command adaptive sweep that i m asking about. As stated above, adaptive swept surface is a little different than those Or even you can create a new CATIA part and then switch between . Use non-connex elements from sketch in 3d–CATIA V5In “Tips n Tricks(CAT)”.

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Contextual commands are available on this field. So there are still two lines left in the sketch so that it can adjust with the guide curves.

Written by Sahaj Panchal. The Adaptive Sweep I’ve made using a custom sketch that connects one of the sketches from the Multi-Section Surface and end point from the curve on the right.

For instance, with the apparently similar sketch only its construction differs, but there f5 a coincidence constraint between the sketch extremity and the point on the guiding cztia you can obtain the following results: Select the end point of the guiding curve to create another section.

To avoid unsatisfactory surface quality such as gaps between surfaces for example, you can perform one of the following:. Figures below state the rest. As as a guiding curve, you can select sketches, 3d curves, or even surface edges as well. Concluding, adptive constraints for only those entities which required to be same in shape and size.


A swept surface which maintains constraints assigned adaprive the profile sketch with guide curve. Select a boundary on an adjacent surface as a constraining element when creating the sketch. Also the profile sketch requires to be under-constrained, meaning to say, you can assign as many constraints as you want in the profile, until there are enough entities left to adjust with the guide curves.

This may be necessary when small discontinuities are detected with regards to the spine tangency or the reference surface’s normal.

Sorry, your blog cannot share posts by email. These swept cqtia are created based on sections along the guiding curve and constraints that can be specified for each of these sections.

Click the Parents tab to display the elements making up the sweep. An axis-system is displayed defining the plane in which the first swep is created. At the location where the profile is drawn, a manipulator will swdep, which you can drag along and visualize how the profile is being adjusted with guides while still maintaining constraints applied hover over it and drag.

You can de-select a reference surface using the Clear Selection contextual menu on the Reference Surface field. If needed, select construction elements another guiding curve, support surfaces, and so forth. Click Sweep sections preview to have a quick wireframe preview of the adaptive sweep surface.

What’s with my Adaptive Sweep in Catia?

Therefore, if you modify the swept surface, the sketch is automatically updated. Now select the yellow curve as guide curve, select the profile, and hit v. Here you can see both sketches I’ve used to make this surface and a Spine definition the circle on the left. Even you can assign constraints of the profile sketch with any 3d face as well. Comments and suggestions are welcomed! Please make sure the Twitter account is public. Click OK if everything is fine.


Click the Parameters tab to display and redefine the adwptive on a given section.

Where Can the ADAPTIVE SWEEP Tool Be Advantageous Over SWEEP in CATIA V5?

Select a point, used to position the sketch on the guiding curve, as well as the origin of the sketch. Check Angular correction to smooth the sweeping motion along the reference surface. It lets you specify the relimitation type. Join other followers.

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You can move the manipulator along the guide curve to visualize the parameters evolution. When designing the profile to be swept, keep in mind that the constraints imposed on the sketched profile affect the resulting swept surface. Click preview to see the surface and hit OK if the result is as required. The thing is – the common Sweeep Circle.