Hochtemperaturanwendungen

Hochtemperaturanwendungen

Hochtemperaturanwendungen betreffen den Einsatz von Werkstoffen unter extremen Temperaturen. Dabei werden Eigenschaften wie Festigkeit, Oxidationsbeständigkeit und thermische Stabilität geprüft, um Bauteile für Luftfahrt, Energieerzeugung und weitere Anwendungen zu entwickeln.

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Development and analysis of ceramic reinforcing fibres with improved thermomechanical properties

Kapessov, M. (Speaker)¹; Glaser, L.¹

Development of functional components based on refractory metal/ceramic coarse grain composites for high-temperature applications

Faßauer, C. (Speaker)¹; Oppelt, M.¹; Dietze, C.¹; Zienert, T.¹; Gehre, P.¹; Aneziris, C.G.¹

Improving the thermomechanical properties of oxide ceramic reinforcing Fibres for high-temperature applications by means of doping, seeding and sintering additives

Glaser, L. (Speaker)¹

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Development of functional components based on refractory metal/ceramic coarse grain composites for high-temperature applications

Faßauer, C. (Speaker)¹; Oppelt, M.¹; Dietze, C.¹; Zienert, T.¹; Gehre, P.¹; Aneziris, C.G.¹

Improving the thermomechanical properties of oxide ceramic reinforcing Fibres for high-temperature applications by means of doping, seeding and sintering additives

Glaser, L. (Speaker)¹

Development and analysis of ceramic reinforcing fibres with improved thermomechanical properties

Kapessov, M. (Speaker)¹; Glaser, L.¹

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