Abstract
The technique for calculating a fuel element with bilateral heat generation taking into account axial heat fluxes is described. Some results of numerical investigations of fuel element temperature behavior under different coolant flow schemes and when varying operating parameters, fuel element thickness and its thermal conductivity coefficient are presented. It is demonstrated that the effect of axial heat fluxes on heat removal zone redistribution and fuel element temperature conditions respectively enchances with increasing the fuel element thickness and on thermal conductivity coefficient. 5 refs.; 11 figs.; 1 tab.
Citation Formats
Boltenko, Eh A, Ganina, S M, and Zinina, G A.
Technique for calculating temperature conditions for fuel elements with bilateral heat removal taking into account axial heat fluxes; Metodika rascheta temperaturnykh rezhimov teplovydelyayushchikh ehlementov s dvustoronnim teplos``emom i uchetom osevykh peretechek tepla.
Russian Federation: N. p.,
1992.
Web.
Boltenko, Eh A, Ganina, S M, & Zinina, G A.
Technique for calculating temperature conditions for fuel elements with bilateral heat removal taking into account axial heat fluxes; Metodika rascheta temperaturnykh rezhimov teplovydelyayushchikh ehlementov s dvustoronnim teplos``emom i uchetom osevykh peretechek tepla.
Russian Federation.
Boltenko, Eh A, Ganina, S M, and Zinina, G A.
1992.
"Technique for calculating temperature conditions for fuel elements with bilateral heat removal taking into account axial heat fluxes; Metodika rascheta temperaturnykh rezhimov teplovydelyayushchikh ehlementov s dvustoronnim teplos``emom i uchetom osevykh peretechek tepla."
Russian Federation.
@misc{etde_10111519,
title = {Technique for calculating temperature conditions for fuel elements with bilateral heat removal taking into account axial heat fluxes; Metodika rascheta temperaturnykh rezhimov teplovydelyayushchikh ehlementov s dvustoronnim teplos``emom i uchetom osevykh peretechek tepla}
author = {Boltenko, Eh A, Ganina, S M, and Zinina, G A}
abstractNote = {The technique for calculating a fuel element with bilateral heat generation taking into account axial heat fluxes is described. Some results of numerical investigations of fuel element temperature behavior under different coolant flow schemes and when varying operating parameters, fuel element thickness and its thermal conductivity coefficient are presented. It is demonstrated that the effect of axial heat fluxes on heat removal zone redistribution and fuel element temperature conditions respectively enchances with increasing the fuel element thickness and on thermal conductivity coefficient. 5 refs.; 11 figs.; 1 tab.}
place = {Russian Federation}
year = {1992}
month = {Dec}
}
title = {Technique for calculating temperature conditions for fuel elements with bilateral heat removal taking into account axial heat fluxes; Metodika rascheta temperaturnykh rezhimov teplovydelyayushchikh ehlementov s dvustoronnim teplos``emom i uchetom osevykh peretechek tepla}
author = {Boltenko, Eh A, Ganina, S M, and Zinina, G A}
abstractNote = {The technique for calculating a fuel element with bilateral heat generation taking into account axial heat fluxes is described. Some results of numerical investigations of fuel element temperature behavior under different coolant flow schemes and when varying operating parameters, fuel element thickness and its thermal conductivity coefficient are presented. It is demonstrated that the effect of axial heat fluxes on heat removal zone redistribution and fuel element temperature conditions respectively enchances with increasing the fuel element thickness and on thermal conductivity coefficient. 5 refs.; 11 figs.; 1 tab.}
place = {Russian Federation}
year = {1992}
month = {Dec}
}