Add to ORKGWe present an experimental investigation of coolant mixing in downcomer and lower plenum of VVER-1000 here. The arrangement of the problem, the methodology and results are discussed. Three groups of experiments simulating coolant mixing were executed: in conditions of RCP start-up, during natural circulation recovery in the course of SB LOCA and in conditions of stable operation of different amount of RCPs. Results of experiments are used for validation of numerical codes
AbstractThe aim of this work is to simulate the thermohydraulic consequences of a main steam line br...
Buoyancy driven flow is often found in many engineering applications such as the mixing process of f...
During the so-called boron dilution or cold water transients at pressurized water reactors too weakl...
We present an experimental investigation of coolant mixing in downcomer and lower plenum of VVER-100...
Coolant mixing phenomena occurring in the pressure vessel of a nuclear reactor constitute one of the...
The main objective for the quantification of the fluid mixing in the downcomer and the lower plenum...
International audienceThis work has been performed in the framework of the OECD-NEA thermalhydraulic...
The objective of this PhD is to asses the capability of Computational Fluid Dynamics (CFD) to predic...
For the analysis of boron dilution transients and main steam linke break scenarios the modelling of ...
For the analysis of boron dilution transients and main steam line break scenarios the modelling of t...
The work was aimed at the experimental investigation and numerical simulation of coolant mixing in t...
The present paper deals with numerical analyses of coolant mixing in the reactor pressure vessel of...
A commercial CFD code was applied, for validation purposes, to the simulation of a slug mixing exper...
The Institute of Neutron Physics and Reactor Technology (INR) is involved in the qualification of co...
The goal of the work described in this report was the experimental investigation of the mixing of co...
AbstractThe aim of this work is to simulate the thermohydraulic consequences of a main steam line br...
Buoyancy driven flow is often found in many engineering applications such as the mixing process of f...
During the so-called boron dilution or cold water transients at pressurized water reactors too weakl...
We present an experimental investigation of coolant mixing in downcomer and lower plenum of VVER-100...
Coolant mixing phenomena occurring in the pressure vessel of a nuclear reactor constitute one of the...
The main objective for the quantification of the fluid mixing in the downcomer and the lower plenum...
International audienceThis work has been performed in the framework of the OECD-NEA thermalhydraulic...
The objective of this PhD is to asses the capability of Computational Fluid Dynamics (CFD) to predic...
For the analysis of boron dilution transients and main steam linke break scenarios the modelling of ...
For the analysis of boron dilution transients and main steam line break scenarios the modelling of t...
The work was aimed at the experimental investigation and numerical simulation of coolant mixing in t...
The present paper deals with numerical analyses of coolant mixing in the reactor pressure vessel of...
A commercial CFD code was applied, for validation purposes, to the simulation of a slug mixing exper...
The Institute of Neutron Physics and Reactor Technology (INR) is involved in the qualification of co...
The goal of the work described in this report was the experimental investigation of the mixing of co...
AbstractThe aim of this work is to simulate the thermohydraulic consequences of a main steam line br...
Buoyancy driven flow is often found in many engineering applications such as the mixing process of f...
During the so-called boron dilution or cold water transients at pressurized water reactors too weakl...