Determination of Temperature and Velocity Fields in a Corridor at a Central Interim Spent Fuel Storage Facility Using Numerical Simulation
The presented article deals with the description of a
numerical model of a corridor at a Central Interim Spent Fuel Storage
Facility (hereinafter CISFSF). The model takes into account the
effect of air flows on the temperature of stored waste. The
computational model was implemented in the ANSYS/CFX
programming environment in the form of a CFD task solution, which
was compared with an approximate analytical calculation. The article
includes a categorization of the individual alternatives for the
ventilation of such underground systems. The aim was to evaluate a
ventilation system for a CISFSF with regard to its stability and
capacity to provide sufficient ventilation for the removal of heat
produced by stored casks with spent nuclear fuel.
[1] ┼áimonis V, ┼ámaižys A, Po┼íkas P. Thermal analysis of new casks for
spent nuclear fuel storage at the new ignalina NPP storage facility.
Energetika. 2011;8(3):163-71.
[2] Völzke H, Wolff D. In: Safety aspects of long dry interim cask storage
of spent fuel in Germany. 13th international high-level radioactive waste
management conference 2011, IHLRWMC 2011; ; 2011. p. 712-9.
[3] Huang P, Chen X, Jia L. In: Introduction of interim storage of SNF in
INET. International conference on nuclear engineering, proceedings,
ICONE; ; 2010.
[4] Fedorovich ED, Karyakin YE, Mikhailov VE, Astafieva VO, Pletnev
AA. In: Modeling of heatmass transfer in "wet" and "dry" storages for
spent nuclear fuel. 2010 14th international heat transfer conference,
IHTC14; ; 2010. p. 303-10.
[5] Ilas G, Gauld IC. SCALE analysis of CLAB decay heat measurements
for LWR spent fuel assemblies. Ann Nucl Energy. 2008;35(1):37-48.
[1] ┼áimonis V, ┼ámaižys A, Po┼íkas P. Thermal analysis of new casks for
spent nuclear fuel storage at the new ignalina NPP storage facility.
Energetika. 2011;8(3):163-71.
[2] Völzke H, Wolff D. In: Safety aspects of long dry interim cask storage
of spent fuel in Germany. 13th international high-level radioactive waste
management conference 2011, IHLRWMC 2011; ; 2011. p. 712-9.
[3] Huang P, Chen X, Jia L. In: Introduction of interim storage of SNF in
INET. International conference on nuclear engineering, proceedings,
ICONE; ; 2010.
[4] Fedorovich ED, Karyakin YE, Mikhailov VE, Astafieva VO, Pletnev
AA. In: Modeling of heatmass transfer in "wet" and "dry" storages for
spent nuclear fuel. 2010 14th international heat transfer conference,
IHTC14; ; 2010. p. 303-10.
[5] Ilas G, Gauld IC. SCALE analysis of CLAB decay heat measurements
for LWR spent fuel assemblies. Ann Nucl Energy. 2008;35(1):37-48.
@article{"International Journal of Architectural, Civil and Construction Sciences:51608", author = "V. Salajka and J. Kala and P. Hradil", title = "Determination of Temperature and Velocity Fields in a Corridor at a Central Interim Spent Fuel Storage Facility Using Numerical Simulation", abstract = "The presented article deals with the description of a
numerical model of a corridor at a Central Interim Spent Fuel Storage
Facility (hereinafter CISFSF). The model takes into account the
effect of air flows on the temperature of stored waste. The
computational model was implemented in the ANSYS/CFX
programming environment in the form of a CFD task solution, which
was compared with an approximate analytical calculation. The article
includes a categorization of the individual alternatives for the
ventilation of such underground systems. The aim was to evaluate a
ventilation system for a CISFSF with regard to its stability and
capacity to provide sufficient ventilation for the removal of heat
produced by stored casks with spent nuclear fuel.", keywords = "Temperature fields, Spent Fuel, Interim storage
facility, CFD.", volume = "6", number = "10", pages = "784-4", }