Das Institut für Neutronenphysik und Reaktortechnik (INR) versteht sich als internationales Institut der Energieforschung. Innovation und Forschung umfassen Fusionstechnologie, Solarthermie, thermische Speicher, thermoelektrische Wandlungskonzepte und sicherheitstechnische Analysen kerntechnischer Anlagen vom Beschleuniger bis zu Kraftwerken.

Welcome to INR. The Institute for Neutron Physics and Reactor Technology (INR) regards itself as an international institute for energy research. Innovation and research activities encompass fusion technology, solar thermal energy, thermal storage, thermoelectric conversion as well as safety analyses of nuclear facilities from accelerators to ...

Reaktortechnologie, Fusionstechnologie, Erneuerbare Energien, Energiekonversion. Design und Analyse nuklearer Komponenten, Fertigung und Qualifizierung

Reactor Technology, Fusion Technology, Renewable Energies, Energy Conversion

Die Gruppe INR-MET befasst sich mit der zielgerichteten Entwicklung von Experimenten und von daran angepassten Messtechniken und Auswerteverfahren. Die Experimentplanung beinhaltet die Quantifizierung und Minimierung der Fehlerquellen und Quereinflüsse.

Reaktortechnologie, Fusionstechnologie, Erneuerbare Energien, Energiekonversion. Design und Analyse nuklearer Komponenten, Fertigung und Qualifizierung . Dr. F. A ...

The TRANS group of KIT is the major driver for the neutronic development of SIMMER with important improvements attributed to External neutron source (ADS) Heterogeneity effect (water-cooled systems)

Research is focused on providing validated numerical tools for the safety assessment of different reactor designs. These activities are embedded in the Energy Programme of the Helmholtz Association of Research Centres (HGF) and the NUSAFE Programme of the Karlsruhe Institute of Technology (KIT).

Research is focused on providing validated numerical tools for the safety assessment of different reactor designs. These activities are embedded in the Energy Programme of the Helmholtz Association of Research Centres (HGF) and the NUSAFE Programme of the Karlsruhe Institute of Technology (KIT).

SubChanFlow solves a system of mixture equations (mass, momentum, enthalpy) for stationary and transient single and two-phase upward flow in rod bundles or cores. The conservation of the momentum includes lateral flow between neighbouring sub-channels in a simplified manner. The latest version includes a new solver for downward and buoyancy driven flow.