International audienceCATHARE is a 2-fluid thermal-hydraulic system code, capable of simulating phenomena occurring in the primary and secondary circuits of a PWR (Pressurized Water Reactor) under a wide variety of accidental situations. The latest version CATHARE-3 uses a 3D modeling of a PWR core at the assembly scale to simulate various accidental situations such as the loss of coolant accident (LOCA) or the steam line break accident. This requires that the one-phase and two-phase mixing models are adapted to the assembly scale and that every closure law is validated in a separate way. The code models for the 3D turbulent diffusion and dispersion of momentum and energy have been validated at sub-channel scale against experimental data. I...
Coolant mixing under natural circulation flow regime constitutes a key parameter that may play a rol...
International audienceA coolant flow is used in Pressurized-Water Reactors (PWR) cores to extract th...
International audienceCATHARE-3 is the new version of the French thermal-hydraulic code for safety a...
International audienceCATHARE is a 2-fluid thermal-hydraulic system code, capable of simulating phen...
International audienceCATHARE is a 2-fluid thermal-hydraulic system code, capable of simulating phen...
CATHARE is a 2-fluid thermal-hydraulic system code, capable of simulating phenomena occurring in the...
International audienceCATHARE-3 is the new version of the French thermal-hydraulic code for the safe...
International audienceCATHARE-3 is the new version of the French thermal-hydraulic code for the safe...
International audienceCATHARE is a 2-fluid thermal-hydraulic code, capable of simulating thermal and...
International audienceCATHARE is a 2-fluid thermal-hydraulic code, capable of simulating thermal and...
International audienceCATHARE is a 2-fluid thermal-hydraulic code, capable of simulating thermal and...
In the present study, the 3-D features of the thermal-hydraulic system code CATHARE2 were thoroughly...
International audienceCATHARE-3 is the new version of the French thermal-hydraulic code for safety a...
International audienceCATHARE-3 is the new version of the French thermal-hydraulic code for safety a...
International audienceThe Code for Analysis of Thermalhydraulics during an Accident of Reactor and s...
Coolant mixing under natural circulation flow regime constitutes a key parameter that may play a rol...
International audienceA coolant flow is used in Pressurized-Water Reactors (PWR) cores to extract th...
International audienceCATHARE-3 is the new version of the French thermal-hydraulic code for safety a...
International audienceCATHARE is a 2-fluid thermal-hydraulic system code, capable of simulating phen...
International audienceCATHARE is a 2-fluid thermal-hydraulic system code, capable of simulating phen...
CATHARE is a 2-fluid thermal-hydraulic system code, capable of simulating phenomena occurring in the...
International audienceCATHARE-3 is the new version of the French thermal-hydraulic code for the safe...
International audienceCATHARE-3 is the new version of the French thermal-hydraulic code for the safe...
International audienceCATHARE is a 2-fluid thermal-hydraulic code, capable of simulating thermal and...
International audienceCATHARE is a 2-fluid thermal-hydraulic code, capable of simulating thermal and...
International audienceCATHARE is a 2-fluid thermal-hydraulic code, capable of simulating thermal and...
In the present study, the 3-D features of the thermal-hydraulic system code CATHARE2 were thoroughly...
International audienceCATHARE-3 is the new version of the French thermal-hydraulic code for safety a...
International audienceCATHARE-3 is the new version of the French thermal-hydraulic code for safety a...
International audienceThe Code for Analysis of Thermalhydraulics during an Accident of Reactor and s...
Coolant mixing under natural circulation flow regime constitutes a key parameter that may play a rol...
International audienceA coolant flow is used in Pressurized-Water Reactors (PWR) cores to extract th...
International audienceCATHARE-3 is the new version of the French thermal-hydraulic code for safety a...