Additive Manufacturing Technologies for Crash loaded structural Components - AM-Crash
Project summary
Metal-based laser additive manufacturing (LAM) is able to create complex high performance parts. The AM-Crash project will develop this technique for the automotive sector for highly dynamically loaded applications. Therefore, an adaptable LAM concept for different crash-loaded applications in Body-in-White-structures regarding to strength and ductility requirements will be educed. The aim of AM-Crash is to achieve equivalent mechanical properties of LAM components compared to standard deep-drawn parts. This will create significant cost and lead-time benefits using LAM parts for prototype vehicles during car development for crash tests, for small batch series components and for spare parts. The identical structural behavior like deep-drawn sheet metal will be achieved by a multifactorial approach combining a specific LAM processing with suitable post treatment and joining technologies. Numerical simulations to predict final part properties will accompany the entire process chain.Project Details
Call
Call 2018
Call Topic
Materials for Additive Manufacturing
Project start
01.07.2019
Project end
30.06.2022
Total project costs
2.014.000 €
Total project funding
1.185.350 €
TRL
4 - 7
Coordinator
Dr. Martin Hillebrecht
martin.hillebrecht@edag.de
EDAG Engineering GmbH, Steinauer Straße 20, 36100 Petersberg, Germany
Partners and Funders Details
Consortium Partner | Country | Funder | |
---|---|---|---|
EDAG Engineering GmbH https://www.edag.de |
Large industry | Germany | DE-KIT |
Salzgitter Mannesmann Forschung GmbH https://www.sz.szmf.de |
Large industry | Germany | DE-KIT |
Simufact Engineering GmbH https://www.simufact.de |
Large industry | Germany | DE-KIT |
Technische Universität Chemnitz https://www.tu-chemnitz.de |
University | Germany | DE-KIT |
Wroclaw University of Science and Technology https://www.pwr.edu.pl |
University | Poland | PL-NCBR |
Wadim Plast Sp z o. o. https://www.wadim.com.pl |
SME | Poland | PL-NCBR |