Research

Materials engineering and recycling of light metals

Ongoing projects

Radiation resistant Al alloys for space applications

Al-Mg-Si alloys with content of Fe-containing primary phases

Influence of cluster hardening on strength and strain hardening behavior of various aluminum alloys

Optimization and industrial establishment of aluminum crossover alloys

In situ Transmission Electron Microscopy (TEM)

Influence of the input material on the melt quality of aluminium alloys

Completed projects

Optimization of Al-Mg-Mn alloys for use in automotive applications

Texture- and microstructure-engineering of aluminium alloys

Design and modification of Al-Mg-Si-alloys

Cross-class design approach for new aluminum alloys – INTERMIXING

Imaging and analysis of cluster formation in aluminium alloys

Optimization of aluminum alloys of the 7xxx series

Influence of microalloying elements on the precipitation behavior of Al-Mg-Si alloys

Investigation of the anodizing and cutting behaviour of secondary Al-alloys

Reconditioning of residues from the secondary aluminium industry (NEM)

Heat treatment of 6xxx-alloys

Development of unleaded free-cutting aluminum alloys

High-temperature strength enhancement of near eutectic Al-Si cast alloys

Use of diamond cutting disks for CNC machining of aluminium alloys (NEM)

Reactivity of deoxidation aluminum in molten steel (NEM)

Optimierung eines Aluminiumdrehspaltkeils

Optimierung der Gusslegier AlSi9Cu3(Fe)

Reprocessing of salt slags from the secondary metallurgy of aluminum

Spülgastechnik bei der Sekundärmetallurgie von Aluminium

Optimierung der Schmelzmetallurgie und der Homogenisierungstechnologie beim Al-Recycling

Development and optimization of aluminum alloys for the automotive industry

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