HyConnect – Ressourcenminimale Fertigung durch hybride und hochvernetzte Prozesse
- Raphaela März (M. Sc.)
- Maximilian Kreß (M. Sc.) bis 30.04.2022
Start: 1. November 2020
Ende: 31. October 2023
Consistent lightweight construction realized through high-performance and resource-efficient manufacturing processes represents a key technology for securing long-term competitiveness of the German industry while simultaneously reducing CO2 emissions. By combining individual production technologies new opportunities are created, allowing the overcoming of limits that are currently set by conventional processes. HyConnect aims to combine forming technology with additive manufacturing in order to enhance the advantages of both process classes and to replace previous energy-intensive manufacturing methods (see Figure). In addition, digital solutions for a cross-company exchange and analysis of production data are being implemented, researched and evaluated. These are necessary to realize both the before described technical as well as environmentally added values and ensure that the safety requirements of the participating companies are met.
Within this project, the aim is to expand the existing fundamental knowledge of hybrid component manufacturing by combining laser metal deposition (LMD) and deep drawing. Interactions between the individual processes as well as influences resulting from the production sequence stand in the foreground of upcoming investigations. With the support of the below listed project partners, an exemplary bearing sleeve is planned to be manufactured with reduced material resources and CO2 emissions.
Laser Metal Deposition of Carbide-reinforced low-alloyed steel Bainidur AM
In: Procedia CIRP 111 (2022), p. 237-240
DOI: 10.1016/j.procir.2022.08.057 , , , , :
Material Characterization of Hybrid Components Manufactured by Laser-Based Directed Energy Deposition on Sheet Metal Substrates
The 25th International Conference on Material Forming (ESAFORM 2022) (Braga, 27. April 2022 - 29. April 2022) , , , :
Distributed Ledgers für den Materialdatenaustausch
In: wt Werkstattstechnik - Online 111 (2021), p. 857 - 862
DOI: 10.37544/1436-4980-2021-11-12-87 , , , , , :