A preview of the unfolded hopper is displayed. Select an invariant point lying both on the surface and on the reference wire.
Double Click the Feature to be modified on the part or in the tree and the Feature Definition dialog box is displayed ex. Modify desired parameters and click OK to validate C. Select additional points if necessary D F. Specify Deformation You can create a cylindrical hole in folded and unfolded view by clicking on No Deformation option in the L Deformation tab.Ĭreating a Circular Cutout A. You can modify it to get a non standard thread. By default, the Pitch is automatically calculated in accordance with the Thread Diameter and the Standard. You can modify it to get a non- standard thread. Select the type of hole I Simple Counter bored J. Specify the direction of the G D hole F G. Modify desired parameters and click Preview if you wish C. Modify desired parameters and click OK to validate. Sheet metal pocket for depth smaller than sheet thickness 6 Three End Limit Types are available: Modifying a Cutout A.ĭouble Click the Cutout on the part or in the tree and the Cutout Definition dialog box is displayed. Sheet metal standard for sheet passing 5 through cutout. Setting cutout Parameters Select Sheetmetal standard or Sheetmetal pocket 5 option. Double Click the Flange in the specification tree or on the geometry itself and the appropriate Flange Definition dialog box is displayed 2. Modifying Flanges other than Surfacic Flanges 1. We get this result at the end: Joggle Run out Formulas Default: Modifying a Joggle A. Select the joggle plane and the role of the plane D. Start Radius: End Radius: Click the Joggle icon D B.
Run out: If desired you can deactivate formula F. Change direction Flanges if necessary selected F. The red arrow determines the material E Web side to be removed. Double Click the Flange in the part or in the tree and the Flange Definition dialog box is displayed B.Ĭlick the Corner Relief icon C. You can then remove the sharp vertex in the corner by creating a corner relief or a cutout at the intersection of the surfacic flanges. The intersecting flanges are automatically detected, and the geometry of the first flange is relimited to enable the creation of the second flange the unfolded view is computed accordingly. This means that you can choose as a support a web with an existing surfacic flange that will go through the new surfacic flange. Therefore the bend deduction is related to the K factor using the following formula: Angle type is disabled and set to Natural. The fourth tab concerns the bend allowance.
CATIA V5 TUTORIAL PDF UPDATE
the following tutorial provides According to the chosen workbench, the corresponding Sheet Metal toolbar is displayed and ready to use.Ĭreate rectangular patterns: If you want to update the user-defined stamp. products in CATIA V5 such as Assembly Design and Generative Drafting.
This tutorial, which is common to the Sheet Metal Design User's Guide and to the. companion products in CATIA V5 such as Assembly Design and Generative. The V5 CATIA - Sheet Metal Design is a new generation product offering an Design, the following tutorial provides a step-by-step scenario demonstrating how. Sheetmetal Design tutorial provides a step-by-step scenario demonstrating. pdf), Text File companion products in CATIA V5 such as Assembly Design and Generative Drafting.
CATIA V5 TUTORIAL PDF PDF
catia sheet metal - Ebook download as PDF File. There are a few workbenches in CATIA V5 that deal with sheet metal options. You may add the Aerospace Sheet Metal Design workbench to your. Layout of V5 and the interoperability between workbenches.
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