2026-05-11
We congratulate Felix Großwendt, who successfully completed his doctoral dissertation on May 8, 2026, on the topic “In-situ alloying using novel powder feedstocks for laser powder bed fusion of tool steels.” The dissertation describes research into the processing of mixtures of different raw material powders in laser-based additive manufacturing to produce chemically homogeneous components. This is intended to expand the available range of starting materials without relying on the cost-intensive inert gas atomization of pre-alloyed melts. In addition, the use of grinding chips as secondary powders in additive manufacturing and powder metallurgy was investigated.
We congratulate Felix Großwendt, who successfully completed his doctoral dissertation on May 8, 2026, on the topic “In-situ alloying using novel powder feedstocks for laser powder bed fusion of tool steels.” The dissertation describes research into the processing of mixtures of different raw material powders in laser-based additive manufacturing to produce chemically homogeneous components. This is intended to expand the available range of starting materials without relying on the cost-intensive inert gas atomization of pre-alloyed melts. In addition, the use of grinding chips as secondary powders in additive manufacturing and powder metallurgy was investigated.