Innovative Herstellung von Eintrittskanten-Abdeckungen für Fanschaufeln – Ein Beitrag zur Ressourcen- und Umwelt-Schonung

An open innovation ecosystem for upscaling production processes of lightweight metal alloys

Development of a new process for casting semi-liquid silicon tombac alloys

Technology development for the production of innovative thin-walled EQX and DS/SX Ni-based blades for ambitious specifications of future engine generations.

Pro-FeAl: Process development for economical, efficient turbine components made of iron aluminides (Fe-Al)

Proof of the cost efficiency and technological competitiveness of TiAl investment casting

Forging of cast contoured blanks for the economical and resource-saving production of highly stressed TiAl low-pressure turbine blades – process qualification

Forging and additive manufacturing as a process combination for the resource-efficient production of aerospace structural components made of TiAl6V4 on flexible production scales

Vorhersage und Kompensation von Bauteilverzügen durch Eigenspannungen während der 5-Achs-Fräsbearbeitung

Investment casting of non-allergenic titanium knee joints

Lightweight construction concepts for cast structural components of wind turbines

Process development for the production of FeAl components for gas and steam combined cycle power plants

SinglePAM – Development, construction and qualification of an alternative melting route for the production of aerospace-certified γ-TiAl alloys

WAFEAL – Material applications for iron aluminides (FeAl)

Solidification research for lightweight materials in weightlessness – II