Cooperation
We consider international cooperation a scientific strategy in order to preserve and expand our competence in the field of nuclear technology.
- Member of DRESDEN Concept
- Friedrich und Elisabeth Boysen-Stiftung
- Boysen-TU-Dresden Graduate School (read on)
- Development of future reactor systems
- Institute of security research
- Development of innovative decontamination technology
- Experimental research of the influence of reactor specific coolant on boiling processes (read on)
- Center of competence for nuclear technology EAST
- Development of innovative material – development of a ceramic high-temperature heat exchanger (read on)
- Research Centre Jülich (FZJ)
- Development of ceramic components for high temperature reactors
- F-Bridge - Basic Research for Innovative Fuel design for GEN IV systems (read on)
- Institute for Energy research – development of a ceramic high-temperature heat exchanger read on (read on)
- F-Bridge - Basic Research for Innovative Fuel design for GEN IV systems (read on)
- Reliability enhancement of SWR stability analysis read on (read on)
- Institute of construction operation technology and management – Manipulator Operated Laser Ablation (MANOLA)
- Institute of Nuclear and Energy Technology
Experimental research of the influence of reactor specific coolant on boiling processes (read on)
- Student exchange program
- Development of advanced reactor systems
- Development assistance of an integral nuclear technological education concept
- Area of junior staff development
- Chair of reactor security and technology
Development of ceramic components for high temperature reactors
- Student exchange program
- Cooperation in the field of security analysis of contemporary high temperature reactors
- Institute of process technology - Process automation and measurement technique
Experimental research of the influence of reactor specific coolant on boiling processes (read on)
- Centre of competence of nuclear technology EAST
- Copperation with the training reactor Munich FRM-II
Training neutron source Heinz Maier-Leibniz)
- Chair of thermodynamics
Experimental research of the influence of reactor specific coolant on boiling processes (read on)
- Reliability enhancement of SWR stability analysis (read on)
- Design of a 4 channel test facility to simulate hydraulic 2-phase current and the neutron
kinetic/thermohydraulic stability performance (read on)
- Student exchange programm
- Development of innovative materials- development of a ceramic high-temperature heat exchanger (read on)
- Institute of energy process engineering and chemical engineering (IEC / TU BAF)
- Institute of ceramic, glass and building materials (IKGB / TU BAF)
- Institute of automotive engineering Development of thermoelectric ceramics (read on)
- Chair of energy systems and energy economics- Experimental research of the influence of
reactor specific coolant on boiling processes (read on)
- Industry cooperation in order to train students and qualify staff in the field of nuclear technology (read on)
- F-Bridge - Basic Research for Innovative Fuel design for GEN IV systems (read on)
- Conceptual design of helium steam generator for high temperature reactors
- Research on the stress of the fuel rod in fuel elements in afterheat during evaporation of the
fuel pool and the reactor pressure-vessel (read on)
- generic research on the performance of passive heat release systems (read on)
- Reliability enhancement of SWR stability analysis read on (read on)
- Design of a 4 channel test facility to simulate hydraulic 2-phase current and the neutron
kinetic/thermo hydraulic stability performance (read on)
- TU Dresden:
- Institute of energy technology – chair of combustion, heat and mass transfer
- Institute of energy technology – chair of thermic energy machines and plants
- Institute of material science – chair of inorganic, non-metallic materials
- Institute of inorganic chemistry – chair of metallochemistry
- Institute of structural physics – chair of physical measurement technique
- Institute of fluid engineering
- Medical department