Catia Sheet Metal K Factor

You can also use our flat pattern calculator for blank size calculation.

Catia sheet metal k factor. Catia sheet metal tutorial for beginners. L ᴫ 2 r y t θ 90. We produce a lot of sheet metal work using invento and use 0 2732 for below 3mm sheet and 0 3365 for 3mm and above using ilogic we automatically set the k factor depending on the thk of material so we don t forget to adjust it each time. K factor is a constant used to calculate the sheetmetal flat length.

The k factor is the ratio of the neutral axis location t to the material thickness mt. Bending angle is 90. You can use this k factor calculator to calculate k factor using reverse engineering method. After bending the sheet insert the inner radius and flanges a and b.

The k factors mentioned are to suit our own press and tools of course. To calculate the bend allowance the k factor and the derived coefficient called the y factor insert the thickness and initial length of the sheet into the cells on the left. From this video will we start catia v5 generative sheet metal design tutorials series. 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.

The line where the transition from compression to stretching occurs is called the neutral axis. Best way to calculate k factor in sheet metal is by reverse engineering. Mathematically k factor is a ratio of position of neutral axis and sheet thickness. Sheet metal depends on certain parameters 1 thickness 2 bend radius 3 bend angle.

Definition of the k factor. I had a question on k factors for our 3 d modeling software. When metal is bent the top section is going to undergo compression and the bottom section will be stretched. Catia an acronym of computer aided three dimensional interactive application in english usually pronounced multi platform computer aided design cad computer aided manufacturing cam.

When you bend sheet metal the neutral axis shifts toward the inside surface of the bend. K t t why the k factor cannot exceed 0 5. Our design engineers typically use a factor of 0 4 for our air formed press brake parts. Value of k factor is always less than 0 5.

In this tutorial you will le. Value of the k factor depends on material bend radius sheet thickness and machines used. To figure this out the reason why the k factor can t exceed 0 5 you first need to know what the k factor is.