After successful completion of the course, students are able to...describe the most important powder metallurgical materials (sintered steel, sintered aluminum, PM cutting materials, filters, high-melting metals, multi-phase materials), understand their production and assess property profiles of these materials.After successful completion of the course, students are able to...

Materials for sintered precision parts (plain iron, unalloyed and alloyed PM steels; sintered Al, Cu, Bronze), PM tool materials (hardmetals, PM tool steels, diamond metals), PM high temperature materials (W, Mo Ta, PM superalloys, dispersions strengthened metals); materials with controlled porosity (filters, bearings, metal foams), Pm composites (Al base MMCs, friction materials)

Presentation of the contents by ppt, the files being available to the students in TISS. Free questioning by the students as wel as questions to the auditorium by the lecturers. Presentation of representative samples

Presentation of the contents by ppt, the files being available to the students in TISS. Free questioning by the students as wel as questions to the auditorium by the lecturers. Presentation of representative samples

Oral examination in consultation with the speakers. On the basis of concrete samples, their production and fields of application (or their limits) are discussed.

Falls es in SS 2020 weniger als 5 Anmeldungen gibt wird die Vorlesung für ein Jahr ausgesetzt und erst wieder im SS 2021 angeboten.

W.Schatt K.P.Wieters: Powder Metallurgy - Processing and Materials. EPMA, Shrewsbury (1997)