Catia Sheet Metal Tutorial Pdf

The model and drawings will also serve as a classroom for examination questions based on developments and orthographic projection.

Catia sheet metal tutorial pdf.

This page uses frames but your browser doesn t support them. Beside the basic tools of 3d design a number of exercises and examples point to different construction strategies in several applications. 1 introduction sheet metal introduction 2 primary walls and secondary walls 3 sheetmetal parameters 4 k factor and y factor 5 various sheet metal tools 6 creating sheet metal components. Catia v5 generative sheetmetal design course code edu cat en smd f brand release catia v5r21 v5r23 v5 6r2013 duration 1 day level fundamentals prerequisites catia v5 fundamentals objectives.

This course will teach you how to design a sheet metal part using associative feature based modeling. Introduction to solidworks sheet metal for technology page 19 exercise 2. Catia tutorials basic advance and surfacing tutorials pdf download. Catia v5 mechanical design full mechanical design solutions tecmes and onto drawing production catia v5 mechanical design solution set accelerates the core activities of product development its products also address sheet metal and mold manufacturing requirements through dedicated applications that.

L ᴫ 2 r y t θ 90. This duplicates a sheet metal feature symmetrically with respect to a plane. However there are times when sheet metal specific parts are needed. The reference wire and the invariant point used to unfold the hopper must lie on the surface as well as the tear wire.

Sheet metal depends on certain parameters 1 thickness 2 bend radius 3 bend angle. Was this tutorial useful. This tutorials includes an introduction of the main features in the 3d design software package catia v5. Catia sheet metal design catia v5r19 introduction page 2 wichita state university sheet metal most parts can be created using just the part design and wireframe and surfaces tools.

Phone holder introduction this lesson focuses on designing a sheet metal part from the flattened state to include a series of bends.