Two-dimensional boiling effects may significantly influence the course of LOPI and LSHRS hypothetical accident sequences. Boiling models are being developed at ANL and MIT to investigate conditions under which these two-dimensional effects are important. A thermocouple correlation technique has been developed at ORNL to track the void growth in sodium tests run in the Thermal-Hydraulic Out-of-Reactor Safety (THORS) facility. This information can be used to aid in the development and verification of the constitutive relations required by the multi-dimensional codes
ABSTRACT This paper presents recent results obtained as part of the on-going integral validation of ...
A new technique is applied to numerically simulate a fuel-coolant interaction. The technique is base...
ISBN: 978-0-89448-722-4International audienceThe CEA R&D program on SFRs includes the study of react...
This work involves the development of physical models for the constitutive relations of a two-fuid, ...
A series of quasi-steady state tests were made to study dynamic boiling and to determine a boiling r...
The most serious of the postulated accidents considered in the design of the Liquid Metal Cooled F...
The LIMBO (liquid metal boiling) code for the analysis of two-phase flow phenomena in an LMFBR react...
The research program discussed in this report was started in FY1979 under the combined sponsorship o...
In the framework of PSI's FAST code system, the thermal-hydraulic code TRACE is being extended for r...
The new generation Heavy Liquid Metal Reactors (HLMRs) are characterized by a pool type configuratio...
The recent modification of the Thermal-Hydraulic Out-of-Reactor Safety (THORS) facility at ORNL will...
International audienceThe phenomenology of coolant boiling in the core of a Gen IV Sodium Cooled Fas...
International audienceAbstract The computational codes used in the evaluation of the European sodium...
Sensitivity studies on Sodium-Water Reaction (SWR), which will take place in a steam generator of Li...
A two dimensional numerical model for the simulation of sodium boiling transient was developed usi...
ABSTRACT This paper presents recent results obtained as part of the on-going integral validation of ...
A new technique is applied to numerically simulate a fuel-coolant interaction. The technique is base...
ISBN: 978-0-89448-722-4International audienceThe CEA R&D program on SFRs includes the study of react...
This work involves the development of physical models for the constitutive relations of a two-fuid, ...
A series of quasi-steady state tests were made to study dynamic boiling and to determine a boiling r...
The most serious of the postulated accidents considered in the design of the Liquid Metal Cooled F...
The LIMBO (liquid metal boiling) code for the analysis of two-phase flow phenomena in an LMFBR react...
The research program discussed in this report was started in FY1979 under the combined sponsorship o...
In the framework of PSI's FAST code system, the thermal-hydraulic code TRACE is being extended for r...
The new generation Heavy Liquid Metal Reactors (HLMRs) are characterized by a pool type configuratio...
The recent modification of the Thermal-Hydraulic Out-of-Reactor Safety (THORS) facility at ORNL will...
International audienceThe phenomenology of coolant boiling in the core of a Gen IV Sodium Cooled Fas...
International audienceAbstract The computational codes used in the evaluation of the European sodium...
Sensitivity studies on Sodium-Water Reaction (SWR), which will take place in a steam generator of Li...
A two dimensional numerical model for the simulation of sodium boiling transient was developed usi...
ABSTRACT This paper presents recent results obtained as part of the on-going integral validation of ...
A new technique is applied to numerically simulate a fuel-coolant interaction. The technique is base...
ISBN: 978-0-89448-722-4International audienceThe CEA R&D program on SFRs includes the study of react...
Add to ORKG