introduction Catia V5 to modeling In English

Introduction to CATIA V5-V6R2020

CATIA V5-V6R2020 is a parametric and feature- based system that allows you to crate 3D parts, assemblies, and 2D drawings. The design process in CATIA V5 is shown below.

Sketch =>2D Part => 3D Part => Assembly => Drafting  

Workbenches in CATIA V5-V6R2020

CATIAV5 offers many workbenches to carry out a different type of process. For example,CATIA provides you with generative sheet metal Design workbench to design a sheet metal part. Likewise, there are many workbenches to perform advanced operations such are static analysis, mold design, automotive design, and so on. However, in this book we cover the basic workbench such as sketcher, pert design, assembly design, drafting, generative sheet metal design, and generative shape design. A brief introduction to this workbench is given next.

  CATIA V5 Workbench

1. Sketcher
2. Part design
3. Assembly design
4. Drafting
5. Structure design
6. Weld design
7. Mold tooling design
8. Composite grid design
9. Core &cavity design
10. Healing assistant
11. Functional molded part
12. Sheet metal design
13. Sheet metal production
14. Composited design
15. Wireframe and surface design
16. Generative sheet metal design
17. Product functional tolerancing &Annotation
18. Function tolerancing & annotations

Part Design

The part design workbench provides you with commands to create parametric solid models. You can activate this workbench by clicking Start > Mechanical Design > Part design on the menu bar, to crate solid models, you must draw parametric sketches in the Sketcher workbench and then convert them into solid, however, you can add some additional features to the solid models, which do not required sketches.

                                                                                   

Assembly Design

The assembly design workbench (click > Mechanical Design > Assembly design) has combine individual part and assemble them in the assembly design workbench (bottom-up assembly design). The second way is to start an assembly file and create individual part in it (Top- down assembly design).

                                                               

Drafting

The drafting workbench (click start > mechanical design> Drafting) has commanded to crate 2D drawings, which can be used for the manufacturing process. There are two ways to crate drawings; the first way is to generate the standard views of a 3D component or assembly. The second way is to sketch he drawings, manually.

                                                                                      

Generative Sheet metal Design

The generative sheet metal design workbench (click start >Mechanical Design >Generative Sheet metal Design) has command to create sheet metal geometry. You can create sheet metal either by blinding features in a systematic manner or by converting part geometry in to a sheet metal.

 

                                                  

Generative Shape Design

The generative Shape Design workbench (click Start > Shape > Generative Shape design)

 Has commend to create complex geometric, which cannot be created by using the commend in the part design workbench. You can created a surface geometry, and then convert it in a solid geometry. A surface is an infinitely thin feature, which acts as reference. Whereas a solid geometry has properties such as weight, center of gravity, and so on.

 

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