Subprojects

Project A: Filter Materials
SPName of projectDisciplineProject coordinator(s)
A01Carbon bonded filter materials and filter structures with active and reactive functional poresCeramics,
Metallurgy
Prof. C. G. Aneziris,
Dr. P. Gehre
Institute of Ceramics, Refractories and Composite Materials, TU Freiberg
Prof. O. Volkova
Institute of Iron and Steel Technology, TU Freiberg
A02Oxide based filter materials and filter structures with active and reactive functional poresCeramicsProf. C. G. Aneziris
Dr. N. Brachhold
Dr. P. Gehre
Institute of Ceramics, Refractories and Composite Materials, TU Freiberg
A03Thermodynamics of the filter surface and the inclusionsMaterials ScienceDr. O. Fabrichnaya
Institute of Materials Science, TU Freiberg
A04Thermodynamic properties and interaction of filter materials and inclusionsTheoretical PhysicsProf. J. Kortus
Dr. C. Himcinschi
Institute of Theoretical Physics, TU Freiberg
A05Interface formation of active and reactive filter structures and phase formation after melt filtrationMaterials ScienceProf. D. Rafaja
Institute of Materials Science, TU Freiberg
A06Dynamic generation of interface layers in a Spark Plasma Sintering DeviceMaterials ScienceProf. D. Rafaja
Institute of Materials Science, TU Freiberg
A07Removal of iron from secondary aluminum alloys by metal filtrationMaterials ScienceProf. A. Leineweber
Institute of Materials Science, TU Freiberg

 

Project B: Modeling of Filter Structures / Filter Systems
SPName of projectDisciplineProject coordinator(s)
B01Increase of the filtration efficiency of ceramic deep bed filters by tailoring of adhesion mechanismParticle Technology, Process EngineeringProf. U. Peuker
Institute of Mechanical Process Engineering and Mineral Processing, TU Freiberg
B02Velocity behavior – Fluid dynamics in composite filter structuresThermo-Fluid Dynamics, Process ModelingProf. S. Ray
Institute of Thermal Engineering and Thermodynamics, TU Freiberg
B03Heat transfer processes in composite filter structuresThermodynamics, Thermal EngineeringProf. T. Fieback,
Dr. R. Wulf
Institute of Thermal Engineering and Thermodynamics, TU Freiberg
B04Tailored agglomeration to increase separation efficiencyParticle Technology, Phase Field SimulationProf. U. Peuker
Institute of Mechanical Process Engineering and Mineral Processing, TU Freiberg
Prof. S. Sandfeld
Institute for Advanced Simulation, FZ Jülich
B05Modeling and evaluation of thermal mechanical behavior of filter materials and structuresMechanicsProf. B. Kiefer,
Dr. M. Abendroth,
Dr. S. Roth
Institute of Mechanics and Fluid Dynamics, TU Freiberg
B06Melt filtration in continuous casting operations - continuous casting of steelFluid MechanicsProf. R. Schwarze,
Dr. K. Bauer
Institute of Mechanics and Fluid Dynamics, TU Freiberg

 

Project C: Filtration Efficiency, Material Behaviour
SPName of projectDisciplineProject coordinator(s)
C01Registration of the filtration efficiency of active and reactive filter materials in contact with metal melts with the aid of a metal casting simulatorCeramics>br/>MetallurgyProf. C. G. Aneziris
Institute of Ceramics, Refractories and Composite Materials, TU Freiberg
Prof. O. Volkova
Institute of Iron and Steel Technology, TU Freiberg
C02High temperature strength and form stability of C-bonded filter materialsMaterials EngineeringProf. H. Biermann
Institute of Materials Engineering, TU Freiberg
C03Determination of temperature- dependent fracture and damage mechanical properties of ceramic filter materials from small scale specimenMechanicsDr. M. Abendroth,
Prof. B. Kiefer
Institute of Mechanics and Fluid Dynamics, TU Freiberg
C04Experimental and stochastic investigations of the influence of the inclusions on the fatigue lifeMaterials Engineering, SimulationProf. H. Biermann,
Dr. A. Weidner
Institute of Materials Engineering, TU Freiberg
Prof. S. Sandfeld
InstituteAdvanced Simulation, FZ Jülich
C05Effect of inclusions on temperature and loading rate dependent strength, deformation and failure behaviorMaterials EngineeringProf. L. Krüger
Institute of Materials Engineering, TU Freiberg
C06Determination of the physico-chemical mechanism and the filter efficiency of reactive filter materials to avoid H2-porosity in aluminum casting and to remove particles and H2 from magnesium meltsMaterials EngineeringProf. M. Stelter,
Prof. C. Scharf
Institute for Nonferrous Metallurgy and Purest Materials

 

Supporting Subprojects
SPName of projectDisciplineProject coordinator(s)
MGKIntegrated Research Training Group-Prof. C. G. Aneziris
Institute of Ceramics, Refractories and Composite Materials, TU Freiberg
Prof. H. Biermann
Institute of Materials Engineering, TU Freiberg
S01Sample preparation, filter efficiency and computer tomography ServicesProf. D. Rafaja
Institute of Materials Science, TU Freiberg
Prof. C. G. Aneziris,
Dr. J. Hubálková
Institute of Ceramics, Refractories and Composite Materials, TU Freiberg
S02VR-based visual analysis of filtration processesServicesProf. B. Jung
Institute of Computer Science, TU Freiberg
S03Active and reactive filtration of steel- and aluminum-melts during the dead mould casting of thin and thick wall componentsServicesProf. G. Wolf,
Dr. A. Keßler
Foundry Institute, TU Freiberg
ZManagement and secretary's officeAdministrationProf. C. G. Aneziris
Institute of Ceramics, Refractories and Composite Materials, TU Freiberg

 

Project T: Transfer projects
TPProjekttitelFachgebietProjektleitung
T01 (E)Cleanness of molten steelTransferProf. C. G. Aneziris
Institute of Ceramics, Refractories and Composite Materials, TU Freiberg
Prof. R. Schwarze
Institute of Mechanics and Fluid Dynamics, TU Freiberg
T02 *Determination of fatigue lives and origin of crack initiation of steel piston alloys in the VHCF regime at elevated temperaturesTransferProf. H. Biermann,
Dr.-Ing. A. Weidner
Institute of Materials Engineering, TU Freiberg
T03 (N)Deposition of iron-containing intermetallic phases from aluminum alloys by filtrationTransferProf. G. Wolf,
Dr.-Ing. A. Keßler
Foundry Institute, TU Freiberg
T04 (N)Functionalized feeders, hollowware, spider bricks and starter casting tubes for increasing the purity in steel casting processesTransferProf. C.G. Aneziris,
Dr.-Ing. P. Gehre
Institute of Ceramics, Refractories and Composite Materials
T05 (N)Increase in purity of aluminum melts by applying the principle of pre-coat and body feed filtration using encapsulated ceramic deep-bed filters and ceramic fibersTransferProf. Dr.-Ing Urs A. Peuker,
Institute of Mechanical Process Engineering and Mineral Processing, TU Freiberg

N - new subproject       E - finished subproject       * subproject ends 09/2019