Copyright DASSAULT SYSTEMES 20021 Core & Cavity Design CATIA Training Exercises Illustration of the course Version 5 Release 8 March 2002 EDU-CAT-E-CCV-FX-V5R8. - презентация

1 Copyright DASSAULT SYSTEMES Core & Cavity Design CATIA Training Exercises Illustration of the course Version 5 Release 8 March 2002 EDU-CAT-E-CCV-FX-V5R8

2 Copyright DASSAULT SYSTEMES Table of Contents 1. Master Exercise : the Pan Handlep.3 Design Intentp.4 Design Processp.5 Step 1 : Importing the Part to Moldp.6 Step 2 : Defining the Main Pulling Directionp.8 Step 3 : Transferring faces between mold areasp.10 Step 4 : Defining a Slider Pulling Directionp.12 Step 5 : Splitting a face between mold areasp.14

3 Copyright DASSAULT SYSTEMES The Pan Handle In this exercise, you will create the Core, Cavity and Slider areas of a Part 1 hr Master Exercise Illustration of the exercise

4 Copyright DASSAULT SYSTEMES Design Intent : The Pan Handle Import the Part to mold Create the Main Pulling Direction Transfer faces between mold areas Create a Slider Pulling Direction Split a face between mold areas

5 Copyright DASSAULT SYSTEMES Design Process: The Pan Handle Import the Part to Mold 1 Create Main Pulling Direction 2 Create Slider Pulling Direction 4 Transfer faces between mold areas 3 Split faces between mold areas 5

6 Copyright DASSAULT SYSTEMES Master Exercise The Pan Handle - Step 1 : Importing the Part to Mold In this step, you will learn how to import your Part to Mold in workbench Core & Cavity Design. 15 min.

7 Copyright DASSAULT SYSTEMES Do It Yourself Enter workbench Core & Cavity Design Create a new Product Select the CATPart file Select the Open_body and the Surface Select Bounding box center as origin of Axis System Apply Scaling 1.05 as Shrinkage factor Load: \MasterExercise\Step1\PanHandle.CATPart

8 Copyright DASSAULT SYSTEMES Master Exercise The Pan Handle - Step 2 : Defining the Main Pulling Direction In this Step, you will learn to define the Main Pulling direction for the Part. 10 min.

9 Copyright DASSAULT SYSTEMES Do It Yourself Define main Pulling Direction Analyze the effect of moving the compass and changing the draft angle Load: \MasterExercise\Step2\Product1.CATProduct

10 Copyright DASSAULT SYSTEMES Master Exercise The Pan Handle - Step 3 : Transferring faces In this Step, you will learn how to transfer faces between different mold areas. 10 mn

11 Copyright DASSAULT SYSTEMES Do It Yourself Transfer relevant faces from Open_body Other to Open_body Cavity Transfer relevant faces from Open_body Other to Open_body Core Transfer relevant faces from Open_body Core and Open_body Cavity to Open_body Other Load: \MasterExercise\Step3\Product1.CATProduct

12 Copyright DASSAULT SYSTEMES Master Exercise The Pan Handle - Step 4 : Defining a Slider Direction In this Step, you will learn how to create an additional Pulling Direction to handle an undercut area. 10 mn

13 Copyright DASSAULT SYSTEMES Do It Yourself Use as direction the axis of the round hole at the extremity of the handle Create the Slider area Transfer lateral faces of the square hole from Open_body Other to Open_body Slider Do the same for the inner faces of the round hole Load: \MasterExercise\Step4\Product1.CATProduct

14 Copyright DASSAULT SYSTEMES Master Exercise The Pan Handle - Step 5 : Splitting a face between mold areas In this Step, you will learn how to split a face between different mold areas. 15 mn

15 Copyright DASSAULT SYSTEMES Do It Yourself Create curves to split the front face in two elements Split the face between Core area and Slider area Load: \MasterExercise\Step5\Product1.CATProduct