Catia Aerospace Sheet Metal Design Tutorial

You will learn how to create and modify the design of a hydroformed sheet metal part by defining its internal features in this workbench.

Catia aerospace sheet metal design tutorial.

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 generative aerospace sheetmetal design provides an interactive function to design sheetmetal parts in a very intuitive way taking manufacturing constraints into accounts. You will also learn how to create a drawing of a flattened part. Split viewing frameset.

L ᴫ 2 r y t θ 90. Aerospace sheet metal design catia v5. Although the generative sheet metal design workbench gives us the user an extensive list of tools to choose from it can have some limiting factors. For example it would generally struggle with most curvatures let alone double curvatures.

Sheet metal depends on certain parameters 1 thickness 2 bend radius 3 bend angle. This page uses frames but your browser doesn t support them. Successful sheet metal forming operation depends on the selection of a material with adequate formability appropriate tooling and design of part the surface condition of the sheet material proper lubricants and the process conditions such as the speed of the forming operation forces to be applied etc. Aerospace sheet metal design in catia v5.

It provides the flatpattern of the sheetmetal part and allows easy incremental design from preliminary to detailled stages and modification both in 3d and flattened. The catia v5 aerospace sheet metal training course will teach you how to use the catia aerospace sheet metal design workbench.