Siemens NX 10.0 - Analyze Formability - One-step

Analyze Formability Example
Use the Analyze Formability - One-step command to flatten all or some faces of a sheet metal part using FEM analysis and calculate the thinning, stress, strain, and springback to predict the risk of forming.
You can:
•Perform complete or intermediate unforming, or flatten a Sheet Metal part.
•Output the flattened profile or springback faceted bodies for complete part unforming. You can also specify the target region and the unform region from a different sheet body.
•Define different constraint types, both geometry and process, to control unforming.
The flattened profiles are produced as spline curves and the analysis results are post-processed and displayed in a color-coded plot mode. The analysis report is generated based on the subsequent results.

[@shoukath07]

Hi thanks for the vdo tutorial. Could you please make a video to show that how to consider those dimplings too to find out actual blank size?
Thanks in advance

[@cengizbahar5194]

Thanks for your response, I will add some video about it. But if you want open internal embosses like these dimples you can use entire unform option in the one-step type.

[@obendrayadav3099]

Nice

[@hiteshyande1038]

Pls can u show how u made this component first and pls tell it's command for making such type of flanges

[@manjunathkundargi7589]

Can you please explain how to create the model

[@gokhansengul5467]

Hocam şu şeklin sac metalde nasıl çizildiğini anlatabilirmisiniz ?

[@hsnxx]

merhaba cengiz bey. nx10 sheet metal de 2 mm yükseklikte jog komutunu kullandıktan sonra saga ve sola flanş vermek istiyorum jog komutuna kadar yapıyor yarışı kalıyor flansin.. bunu nasıl yapabilirim.. önce flanşları yapıp jog komutunu sonra yapıyorum bu seferde flasnlarin diğer kısmının bükümünu yok ediyor.. anlayamadim.

[@cengizbahar5194]

Merhaba,
Mail adresime parçayı gönderirseniz inceleyebilirim.

[@munawar_sha]

"Attempt to free already free memory in storage manager" this is showing while clicked on mesh.....can you help

[@Smile4U]

sorry you can show tut this file for everryone. thanks sir

[@Rapbando]

You took the long way around, the part could be flattened with specific commands, even maintaining the dimples

[@cengizbahar5194]

Because the way I have flattened gives more reliable result in reality.