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Material- and process hybridization for multifunctional ceramic and glass components

: Moritz, Tassilo; Scheithauer, Uwe; Mannschatz, Anne; Ahlhelm, Matthias; Abel, Johannes; Schwarzer, Eric; Pohl, Markus; Müller-Köhn, Axel

Ceramic Applications 5 (2017), Nr.2, S.66-71
ISSN: 2196-2413
European Commission EC
H2020; 678503; CerAMfacturing
Fraunhofer IKTS ()
multifunctional components; hybrid material; 2C-PIM; additive manufacturing; freeze foaming; CerAMfacturing

The demand for multifunctionality and the combination of materials and structures with different properties plays an increasing role for a variety of applications like surgical components, automotive parts or intelligent tools. Material hybrids allow distinctive property combinations like electrical conductivity/insulation, magnetism/non-magnetism, ductility/hardness or visual appearance with differing colors. In addition, as known from MEMS (Micro electromechanical systems), hybrid components can be equipped with sensor or actor functions.