Abstract
A thermal system consisting of 14 coaxial tubular layers of materials with different thermal conductivity is calculated. A computational algorithm is proposed for determining numerical values of temperatures at the points which are of interest to the researchers and at the designed energy release power and thermophysical parameters of the system. 10 refs.; 2 figs.
Citation Formats
Marchuk, N D, and Yaremenko, Yu A.
The calculation of multilayer cylindrical thermal system temperature fields; Raschet temperaturnykh polej mnogoslojnoj tsilindricheskoj teplovoj sistemy.
Ukraine: N. p.,
1989.
Web.
Marchuk, N D, & Yaremenko, Yu A.
The calculation of multilayer cylindrical thermal system temperature fields; Raschet temperaturnykh polej mnogoslojnoj tsilindricheskoj teplovoj sistemy.
Ukraine.
Marchuk, N D, and Yaremenko, Yu A.
1989.
"The calculation of multilayer cylindrical thermal system temperature fields; Raschet temperaturnykh polej mnogoslojnoj tsilindricheskoj teplovoj sistemy."
Ukraine.
@misc{etde_10157147,
title = {The calculation of multilayer cylindrical thermal system temperature fields; Raschet temperaturnykh polej mnogoslojnoj tsilindricheskoj teplovoj sistemy}
author = {Marchuk, N D, and Yaremenko, Yu A}
abstractNote = {A thermal system consisting of 14 coaxial tubular layers of materials with different thermal conductivity is calculated. A computational algorithm is proposed for determining numerical values of temperatures at the points which are of interest to the researchers and at the designed energy release power and thermophysical parameters of the system. 10 refs.; 2 figs.}
place = {Ukraine}
year = {1989}
month = {Dec}
}
title = {The calculation of multilayer cylindrical thermal system temperature fields; Raschet temperaturnykh polej mnogoslojnoj tsilindricheskoj teplovoj sistemy}
author = {Marchuk, N D, and Yaremenko, Yu A}
abstractNote = {A thermal system consisting of 14 coaxial tubular layers of materials with different thermal conductivity is calculated. A computational algorithm is proposed for determining numerical values of temperatures at the points which are of interest to the researchers and at the designed energy release power and thermophysical parameters of the system. 10 refs.; 2 figs.}
place = {Ukraine}
year = {1989}
month = {Dec}
}