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CATIA V5 - Week 3 - Surfacing and Sheetmetal (5 days)
Design sheetmetal parts using associative feature-based modeling. You will also be able to design the parts using company-defined standard tables.
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CATIA V5 Week 3 Sheet Metal and Surface Design (5 days) | |
Objective | Generative Sheet Metal Design - SMD Understand the terminology and the creation process for sheet metal part design Define and manage sheet metal part parameters Design walls, bends and flanges Add features such as cutouts, holes, corners and chamfers -Create standard and user defined stamped features -Manage folded and unfolded views and export a finished flat pattern - Build comprehensive V5 data structures for solids whose specifications are lost or unreachable - Build data structure for solids that have been imported from other CAD systems Upon completion of this course you will be able to: - Analyze the imported data - Repair the imported data - Compare two versions of a Part - Customize the workbench Weld parts, - Generate Weld reports, - Extract 2D views from 3D welds. Deform a surface using the Displacement file resulting from Finite Element Analysis |
Profile | Upon completion of this course you will be able to use the enhanced functionalities in the Generative Sheetmetal Design Workbench for the V5R19 release. |
Content | Extrusion Enhancements - Automatic Bend Enhancement - Exploded Mode Enhancements - How to Explode Connected Extrusion - How to Explode Disconnected Extrusion - Constraints Creation during Explode - Sketches Generated during Explode - Do it Yourself Recognize Enhancement - Recognition of Stamps on Bends - How to Recognize Stamps on Bends - Do it Yourself Integrate Unfolded Curve in Drawing - Standard Settings - Unfolded Curve Enhancement - How to Integrate an Unfolded Curve in Drawing - Do it Yourself - Paste Special Enhancement - Handling Parts in a Multi-Document Environment - How to Use As Result All Views Option - How to Use As Introduction to Aerospace Sheet Metal Design - ASL Parameters - Creating the Web - Creating a Surfacic Flange - Creating a Joggle - Creating Flanges - Creating a Corner Relief - Creating a Cut Out - Creating Stamps - Flanged Hole - Bead - Circular Stamp - Surface Stamp - Flanged Cutout - Stiffening Rib - Curve Stamp - User Stamp - Creating a Hole - Points or Curves Mapping - Creating Corners or Chamfers - Applying a Pattern - Modifying a Feature - Generating Folded and Flattened Parts - Drawing Generation Feature Recognition: Introduction -Performing Feature Recognition -Master Exercise Introduction to Healing Assistant - Master Exercise Presentation - Model Analysis - Master Exercise Step 1: Topological Analysis - Closing a Join Surface - Master Exercise Step 2: Topological Healing - Comparing Models - Customizing the Workbench Introduction to Realistic Shape Optimizer - Surface Deformation - Exercises - Summary |