Abstract
Nodal expansion method (NEM) is one of the advanced coarse-mesh methods based on integral form of few-group diffusion equation. NEM can be characterized by high accuracy and computational efficiency. Method was tested by development of computer code NEXT. Validation of the code was performed by calculation of 2-D and 3-D IAEA benchmark problem. NEXT was compared with codes based on other methods (finite differences, finite elements) and has been found to be accurate as well as fast. (author)
Kromar, M;
Trkov, A;
[1]
Pregl, G
[2]
- Institut Jozef Stefan, Ljubljana (Yugoslavia)
- Tehnishka Fakulteta Maribor Univ. (Yugoslavia)
Citation Formats
Kromar, M, Trkov, A, and Pregl, G.
Determination of power distribution in reactor with nodal expansion method; Izrachun porazdelitve mochi v reaktorju z metodo nodalne ekspanzije.
Serbia: N. p.,
1988.
Web.
Kromar, M, Trkov, A, & Pregl, G.
Determination of power distribution in reactor with nodal expansion method; Izrachun porazdelitve mochi v reaktorju z metodo nodalne ekspanzije.
Serbia.
Kromar, M, Trkov, A, and Pregl, G.
1988.
"Determination of power distribution in reactor with nodal expansion method; Izrachun porazdelitve mochi v reaktorju z metodo nodalne ekspanzije."
Serbia.
@misc{etde_21239730,
title = {Determination of power distribution in reactor with nodal expansion method; Izrachun porazdelitve mochi v reaktorju z metodo nodalne ekspanzije}
author = {Kromar, M, Trkov, A, and Pregl, G}
abstractNote = {Nodal expansion method (NEM) is one of the advanced coarse-mesh methods based on integral form of few-group diffusion equation. NEM can be characterized by high accuracy and computational efficiency. Method was tested by development of computer code NEXT. Validation of the code was performed by calculation of 2-D and 3-D IAEA benchmark problem. NEXT was compared with codes based on other methods (finite differences, finite elements) and has been found to be accurate as well as fast. (author)}
place = {Serbia}
year = {1988}
month = {Jul}
}
title = {Determination of power distribution in reactor with nodal expansion method; Izrachun porazdelitve mochi v reaktorju z metodo nodalne ekspanzije}
author = {Kromar, M, Trkov, A, and Pregl, G}
abstractNote = {Nodal expansion method (NEM) is one of the advanced coarse-mesh methods based on integral form of few-group diffusion equation. NEM can be characterized by high accuracy and computational efficiency. Method was tested by development of computer code NEXT. Validation of the code was performed by calculation of 2-D and 3-D IAEA benchmark problem. NEXT was compared with codes based on other methods (finite differences, finite elements) and has been found to be accurate as well as fast. (author)}
place = {Serbia}
year = {1988}
month = {Jul}
}