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)”.
|Published (Last):||20 September 2006|
|PDF File Size:||17.11 Mb|
|ePub File Size:||6.10 Mb|
|Price:||Free* [*Free Regsitration Required]|
You can choose to limit the swept surface only on the start section, only on the end section, on both, or on none.
Adaptive swept surface | Sahaj Panchal’s Blog
The 3d adaptuve is created with Combine tool, which is in fact a multi-cell element. The list in the Sections tab is automatically updated with: For instance, with the apparently similar sketch only its construction differs, but there is a coincidence constraint between the sketch extremity and the point on the guiding curve you can obtain the following results: Please make sure the Twitter account is public.
This is what we finally got! It seems strange, because those two surfaces have a common spine and the Spline that makes adwptive right edge of the Adaptive Sweep is finished by lines that are normal to the planes making both ends of the Multi-Section Surface. Select adaptice profile, guide curve 1 and guide curve 2 in their respective boxes. Create a section here: A swept surface which maintains constraints assigned for the profile sketch with guide curve.
please tell me about ADAPTIVE SWEEP IN CATIA V5 R16 with a suitable example
It lets you specify the relimitation type. Click Preview to preview the swept surface:. XY plane — can be any other plane as well Make sure that the profile is intersecting with the guide curves, otherwise you have to define the intersection manually while creating the swept surface as anchor points. Similarly, it is best to use angle constraints rather than tangency or perpendicularity constraints, to avoid changes in the sketch orientation as it is swept along the guiding curve.
So beware, otherwise error will be prompted. In distinction, it can be stated that the adaptive swept surface retains the constrains — dimensional or geometric — created for the profile sketch with guide curves.
It is the surface on which the guiding curve lies, and is used to define the axis system in which the swept surface is created. Relimitating the Swept Surface. So it would seem, that the planes making the ends of both surfaces should be parallel to each other – but for some reason, they’re not. Leave a Reply Cancel reply Enter your comment here Figures below state the rest. You are commenting using your Facebook account.
Upvote 0 Upvoted 1. You can select one of the parents from the list and clickor choose the Replaces Parent contextual item to choose a new parent for the swept surface. To find out more, including how to control cookies, see here: You are commenting using your WordPress.
Keep visiting for more. The implicit profile is a sketch and as such supports the creation of associative sketch elements over multi-cell surfaces. Log in or sign up to answer. Email required Address never made public. Once you exit the Sketcher by clickingyou return to the adaptive sweep command after the sketch selection, as described above in step 5.
Blog Stats 53, hits. Select a point, used to position the sketch on the guiding curve, as well as the origin of the sketch. This task shows how to create swept surfaces that use an implicit profile and its constraints along a guiding curve.
An axis-system is displayed defining the plane in which the first section is created. If no guiding curve already exists, use the contextual menu in the Guiding Curve field to create, either a line, or a boundary. In our example, may you wish to define a reference surface, select the xy plane. If you choose a boundary as the guiding curve, the reference surface automatically is the surface to which the boundary belongs.
As as a guiding curve, you can select sketches, 3d curves, or even surface edges as well.
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. You can now contextually create a reference surface using the commands available when right-clicking the Reference Surface field.
Please sign in or create an account to continue. In some cases, with tangency or perpendicularity constraints, the sketch may be inverted and lead to unsatisfactory results. If needed, select construction elements another guiding curve, support surfaces, and so forth. Post was not sent – check your email addresses!
For this you can find intersection of guide curves with the profile sketch plane and assign the remaining constraint.
Select the Sketch to be swept along the guiding curve Sketch. The smoothing is done for any discontinuity which angular deviation is smaller than 0.
Click the Parameters tab to display and redefine the constraints on a given section. At the location where the profile is drawn, a manipulator will appear, 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. In this case, the Sketch Creation for Adaptive Sweep dialog box is displayed, and allows you to define the construction elements for a new sketch in relation to existing geometry:.
Written by Sahaj Panchal. The thing is – the common Spine Circle.