AbstractA one-dimensional transient code is developed for studying the flow transient in the supercritical CO2 natural circulation loop. The transient code is validated with the experimental result. Various flow transients such as flow initiation, power step up and power step back have been studied. The effect of operational parameters and geometrical parameters on flow initiation transient also has been studied. In all cases steady state has been reached and instability is not observed in vertical heater vertical cooler configuration of supercritical CO2 natural circulation loop
The conventional SIMPLE algorithm for the pressure–velocity coupling has been adopted by many commer...
AbstractA 2D axi-symmetric CFD code (NAFA-LOOP) has been developed for studying the heat transfer an...
This paper discusses the results obtained using one-dimensional and three-dimensional computational ...
AbstractA one-dimensional transient code is developed for studying the flow transient in the supercr...
In this paper, experiments on natural circulation of CO 2 , previously performed at the ...
Natural convective flow of supercritical fluids has become a hot topic in engineering applications. ...
Natural circulation of CO 2 at supercritical pressure is addressed in the present paper in order ...
Application of the supercritical condition in reactor core cooling needs to be properly justified ba...
Natural convective flow of supercritical fluid has become hot topic both in scientific research and ...
System stabilities are of critical importance in natural circulation applications. Investigations sh...
The near-critical CO2-based natural circulation loop (NCL, or thermosyphon) has been proposed in man...
This study presents an experimental investigation on the flow characteristics of natural circulation...
Supercritical fluid based natural circulation flow has been proposed in many energy conversion syste...
Heating and cooling may lead to flow instabilities in systems with single-phase natural circulation ...
Due to the unique properties of near-critical fluid, trans-critical/supercritical CO2 based natural ...
The conventional SIMPLE algorithm for the pressure–velocity coupling has been adopted by many commer...
AbstractA 2D axi-symmetric CFD code (NAFA-LOOP) has been developed for studying the heat transfer an...
This paper discusses the results obtained using one-dimensional and three-dimensional computational ...
AbstractA one-dimensional transient code is developed for studying the flow transient in the supercr...
In this paper, experiments on natural circulation of CO 2 , previously performed at the ...
Natural convective flow of supercritical fluids has become a hot topic in engineering applications. ...
Natural circulation of CO 2 at supercritical pressure is addressed in the present paper in order ...
Application of the supercritical condition in reactor core cooling needs to be properly justified ba...
Natural convective flow of supercritical fluid has become hot topic both in scientific research and ...
System stabilities are of critical importance in natural circulation applications. Investigations sh...
The near-critical CO2-based natural circulation loop (NCL, or thermosyphon) has been proposed in man...
This study presents an experimental investigation on the flow characteristics of natural circulation...
Supercritical fluid based natural circulation flow has been proposed in many energy conversion syste...
Heating and cooling may lead to flow instabilities in systems with single-phase natural circulation ...
Due to the unique properties of near-critical fluid, trans-critical/supercritical CO2 based natural ...
The conventional SIMPLE algorithm for the pressure–velocity coupling has been adopted by many commer...
AbstractA 2D axi-symmetric CFD code (NAFA-LOOP) has been developed for studying the heat transfer an...
This paper discusses the results obtained using one-dimensional and three-dimensional computational ...