CATIA(R15+DPM+Assy+Student+Material).pdf
《CATIA(R15+DPM+Assy+Student+Material).pdf》由会员分享,可在线阅读,更多相关《CATIA(R15+DPM+Assy+Student+Material).pdf(483页珍藏版)》请在三一文库上搜索。
1、Copyright DASSAULT SYSTEMES 1 Module 1 Create the Working Environment 1 Create the Working Environment 2 Create the Process Plan 3 Create the Simulation Enhance the Simulation Analyze the Movements Create Output files 4 5 7 Conduct Tool Validation 6 Copyright DASSAULT SYSTEMES 2 Create the Working E
2、nvironment 1 Overview The first step in building a simulation is to set up a working environment that best reflects the needs and desired outcomes of the users context. This module will begin by setting the options that will be used in this context. A project catalog allows the user to create a cata
3、log of commonly used items that will be more efficient to access than going to multiple locations or to large repositories of objects. Once the environment is prepared, construction of the 3D Layout of a virtual world can begin. Bringing in plant layout items, resources and product are all items rel
4、evant to the virtual world. Objectives Topics in this module are: Set Options Create a Project Catalog Create a Plant Floor in AEC Plant Layout Insert Resources Insert Product 3 hours Copyright DASSAULT SYSTEMES 3 Workbenches and Toolbars used in this Module Workbenches Toolbars Inst. Inst. Copyrigh
5、t DASSAULT SYSTEMES 4 Create the Working Environment 1 Set Options B C Create Catalog D A Bring in Resources Bring in- Product Import from AEC Plant Layout Access Resources from Catalog Access Resources from Library Bring in Product Snap Product to Position 3 hours General Display Parameters and Mea
6、sures Product Structure Digital Process for Manufacturing Create Catalog Document Populate Catalog Copyright DASSAULT SYSTEMES 5 Set Options Set General Options Set Display Options Set DPM Options Parameters and Measures Options Set Product Structure Options A Copyright DASSAULT SYSTEMES 6 Set Optio
7、ns 1 Create the Working Environment About Setting Options The Dassault Systemes family of software offers unprecedented power and flexibility to its users. However, because of this the software must be configured to fit the users needs. This process step is included to reinforce knowledge gained in
8、the Introduction to V5 course and to configure the software to the particular needs of DPM Assembly for this instruction. Basic Navigation, mouse control, and file management as well as complete detail on Tools/ Options can be found in the Introduction to V5 Course. More about Tools / Options can be
9、 found in the online documentation Copyright DASSAULT SYSTEMES 7 Set Options 1 Create the Working Environment Set Options Procedure 2 3 Launch V5 Product, open DPM Assembly Process Simulation. 1 From the Main Menu, select Tools, then Options. The first step in building a simulation is to set up a wo
10、rking environment that best reflects the needs and desired outcomes of the users context. Inst. Inst. Copyright DASSAULT SYSTEMES 8 Set Options 1 Create the Working Environment Set Options Procedure The Options window appears with a tree. Node Tabs The Nodes and Tabs permit the user to customize the
11、 software. The software must be closed and reopened for changes to take effect. Copyright DASSAULT SYSTEMES 9 Set Options Exercise Copyright DASSAULT SYSTEMES 10 Exercise Set Options 20 min. Scope: You will set the software default options for the best performance for this project. Conditions: V5 an
12、d DPM Assembly Process Simulation workbench must be open. In this exercise you will: Set General options Set Display options Set Parameters and Measures options Set Product Structure options Set DPM options Copyright DASSAULT SYSTEMES 11 Do It Yourself (1/1) Set the following options NodeTab Option
13、Setting_ General GeneralTurn Off AutoBackup GeneralDocumentOther Documents= requires Instructor direction to configure path to data DisplayTree Manipulation Turn on Automatic scroll DisplayNavigationTurn on Display Manipulation Bounding box Turn on Gravitational Effects to z axis Parameters therefor
14、e, the bottom of the product will be chosen as the reference plane (from). 3 Manipulate the product until the underside is visible. By moving the cursor over the product, the selectable planes will be identified by a box with a perpendicular line that indicates the orientation of the plane. 4 When t
15、he correct plane has been identified, click to set the plane and notice that the compass is re-oriented to that location. 5 Click OK to close the selection and the Define Plane (from) box. Copyright DASSAULT SYSTEMES 60 Snap the Product into Position Basic Snap Procedure Bring In Product 1 Create th
16、e Working Environment The prompt indicates that the next step is to select the place where the object is to be snapped to. When the target location for the object (product) is selected, the product snaps to the selected position and the Snap Options box appears. 6 Choose any constraints that will in
17、crease the precision of the snap. Select OK. Process Recap 1.Select Snap. 2.Select Product from PPR tree. For the default Define plane option: 1.Select plane of object to be snapped (product). 2.Click OK to set selection and close Define Reference plane (from). 3.Move cursor to target location and c
18、lick to snap. 4.Make precision adjustments to the snap in the Snap Options box. 5.Select OK to finish. Alternate directions will flip the object 180 degrees. 7 Copyright DASSAULT SYSTEMES 61 Bring In Product 1 Create the Working Environment Save Initial State After the environment has been construct
19、ed, it is best to save this world in its completed state so that it can be retrieved and re-used in multiple simulation scenarios. 1 With the environment intact, process, product and resources assigned and verified, locate the Simulation toolbar and choose Save Initial State. For both Hub and file b
20、ased systems, use SaveAs to save this world with a unique identifier. 2 Copyright DASSAULT SYSTEMES 62 Bring in Product Exercise Copyright DASSAULT SYSTEMES 63 Exercise Insert Product 20 min. Scope: This exercise will offer practice in bringing the product into the simulated world. Conditions: V5 an
21、d DPM Assembly Process Simulation workbench must be open. Access to the files in R16 DPM Assembly PROJECT DATA In this exercise you will: Import the Product Snap the Product to the workbench Copyright DASSAULT SYSTEMES 64 Do it Yourself (1/2) Starting point Ending point Load: R16 DPM Assembly / Proj
22、ect Data / Environment1 Copyright DASSAULT SYSTEMES 65 Do it Yourself (2/2) Insert and position the Product 1. Use Insert Product function and navigate to the PRODUCT folder of R14 DPM Assembly/ Project Data/ Product 2. Select the 3.5 HP engine 3. Use the Snap command with the Define plane option to
23、 snap the engine to the top of the workbench. SAVE AS: R16 DPM Assembly / Project Data / Environment2 Inst. Inst. Copyright DASSAULT SYSTEMES 66 1 Create the Working Environment Summary Module Summary This module has introduced you to the basic actions necessary to create a virtual world for the sim
24、ulation study. Not every simulation requires the construction of a world, however, where there are physical, human, or mechanical resources interacting with the product, these items form critical factors for a complete simulation analysis Coming Up Creating a Process Plan Copyright DASSAULT SYSTEMES
- 配套讲稿:
如PPT文件的首页显示word图标,表示该PPT已包含配套word讲稿。双击word图标可打开word文档。
- 特殊限制:
部分文档作品中含有的国旗、国徽等图片,仅作为作品整体效果示例展示,禁止商用。设计者仅对作品中独创性部分享有著作权。
- 关 键 词:
- CATIA R15 DPM Assy Student Material
链接地址:https://www.31doc.com/p-3648499.html