FOR 3010: Multifunctional, coarse grain Refractory Composite Materials for Key-Components in High temperature applications

Subject Area Materials Science and Engineering

Term since 2020

Project identifier Deutsche Forschungsgemeinschaft (DFG) - Project number 416817512

Project Description

No abstract available

DFG Programme Research Units

Projects

Coordination Funds (Applicant Aneziris, Christos G. )
Fast, physically - based algorithms for modelling the heat treatment of refractory composites and material compounds in relation to their properties (Applicants Prahl, Ulrich ; Schmidtchen, Matthias )
Grain boundary analysis and design of powders, green bodies and component parts as a function of sintering conditions (Applicant Heilmaier, Martin )
Mechanical high-temperature properties and damage behaviour of refractory composites (Applicants Biermann, Horst ; Weidner, Anja )
Pre-synthesis of functional grains for manufacturing of ‘Refractory Composites’ (Applicants Aneziris, Christos G. ; Hubálková, Jana )
Pressure and field assisted sintering of refractory composites and their influence on the microstructural and electrical properties (Applicants Schell, Günter ; Wagner, Susanne )
‘Refractory Composites’ via vibration assisted casting, pressure slip casting and cold isostatic pressing on the base of conventional sintering without pressure (Applicants Aneziris, Christos G. ; Gehre, Patrick )
Thermodynamics and phase diagrams of refractory composites (Applicants Franke, Peter ; Seifert, Hans Jürgen )

Spokesperson Professor Dr.-Ing. Christos G. Aneziris