HEXBU-3D, a three-dimensional PWR-simulator program for hexagonal fuel assemblies

Elja Kaloinen, Risto Teräsvirta, Pertti Siltanen

Research output: Book/ReportReportProfessional

Abstract

HEXBU-3D is a three-dimensional nodal simulator program for PWR reactors. It is designed for a reactor core that consists of hexagonal fuel assemblies and of big follower-type control assemblies. The program solves two-group diffusion equations in homogenised fuel assembly geometry by a sophisticated nodal method. The treatment of feedback effects from xenon-poisoning, fuel temperature, moderator temperature and density and soluble boron concentration are included in the program. The nodal equations are solved by a fast two-level iteration technique and the eigenvalue can be either the effective multiplication factor or the boron concentration of the moderator. Burnup calculations are performed by tabulated sets of burnup-dependent cross sections evaluated by a cell burnup program. HEXBY-3D has been originally programmed in FORTRAN V for the UNIVAC 1108 computer, but there is also another version which is operable on the CDC CYBER 170 computer.
Original languageEnglish
Place of PublicationEspoo
PublisherVTT Technical Research Centre of Finland
Number of pages153
ISBN (Print)951-38-1254-5
Publication statusPublished - 1981
MoE publication typeD4 Published development or research report or study

Publication series

NameTutkimuksia / Valtion teknillinen tutkimuskeskus
PublisherVTT
Volume7
ISSN (Print)0358-5077

Fingerprint

assemblies
simulators
moderators
boron
reactor cores
FORTRAN
poisoning
multiplication
xenon
iteration
eigenvalues
assembly
reactors
temperature
cross sections
geometry
cells

Keywords

  • pressurized water reactors
  • simulation
  • nuclear fuel assemblies

Cite this

Kaloinen, E., Teräsvirta, R., & Siltanen, P. (1981). HEXBU-3D, a three-dimensional PWR-simulator program for hexagonal fuel assemblies. Espoo: VTT Technical Research Centre of Finland. Valtion teknillinen tutkimuskeskus. Tutkimuksia - Research Reports, No. 7
Kaloinen, Elja ; Teräsvirta, Risto ; Siltanen, Pertti. / HEXBU-3D, a three-dimensional PWR-simulator program for hexagonal fuel assemblies. Espoo : VTT Technical Research Centre of Finland, 1981. 153 p. (Valtion teknillinen tutkimuskeskus. Tutkimuksia - Research Reports; No. 7).
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abstract = "HEXBU-3D is a three-dimensional nodal simulator program for PWR reactors. It is designed for a reactor core that consists of hexagonal fuel assemblies and of big follower-type control assemblies. The program solves two-group diffusion equations in homogenised fuel assembly geometry by a sophisticated nodal method. The treatment of feedback effects from xenon-poisoning, fuel temperature, moderator temperature and density and soluble boron concentration are included in the program. The nodal equations are solved by a fast two-level iteration technique and the eigenvalue can be either the effective multiplication factor or the boron concentration of the moderator. Burnup calculations are performed by tabulated sets of burnup-dependent cross sections evaluated by a cell burnup program. HEXBY-3D has been originally programmed in FORTRAN V for the UNIVAC 1108 computer, but there is also another version which is operable on the CDC CYBER 170 computer.",
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Kaloinen, E, Teräsvirta, R & Siltanen, P 1981, HEXBU-3D, a three-dimensional PWR-simulator program for hexagonal fuel assemblies. Valtion teknillinen tutkimuskeskus. Tutkimuksia - Research Reports, no. 7, VTT Technical Research Centre of Finland, Espoo.

HEXBU-3D, a three-dimensional PWR-simulator program for hexagonal fuel assemblies. / Kaloinen, Elja; Teräsvirta, Risto; Siltanen, Pertti.

Espoo : VTT Technical Research Centre of Finland, 1981. 153 p. (Valtion teknillinen tutkimuskeskus. Tutkimuksia - Research Reports; No. 7).

Research output: Book/ReportReportProfessional

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T1 - HEXBU-3D, a three-dimensional PWR-simulator program for hexagonal fuel assemblies

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N2 - HEXBU-3D is a three-dimensional nodal simulator program for PWR reactors. It is designed for a reactor core that consists of hexagonal fuel assemblies and of big follower-type control assemblies. The program solves two-group diffusion equations in homogenised fuel assembly geometry by a sophisticated nodal method. The treatment of feedback effects from xenon-poisoning, fuel temperature, moderator temperature and density and soluble boron concentration are included in the program. The nodal equations are solved by a fast two-level iteration technique and the eigenvalue can be either the effective multiplication factor or the boron concentration of the moderator. Burnup calculations are performed by tabulated sets of burnup-dependent cross sections evaluated by a cell burnup program. HEXBY-3D has been originally programmed in FORTRAN V for the UNIVAC 1108 computer, but there is also another version which is operable on the CDC CYBER 170 computer.

AB - HEXBU-3D is a three-dimensional nodal simulator program for PWR reactors. It is designed for a reactor core that consists of hexagonal fuel assemblies and of big follower-type control assemblies. The program solves two-group diffusion equations in homogenised fuel assembly geometry by a sophisticated nodal method. The treatment of feedback effects from xenon-poisoning, fuel temperature, moderator temperature and density and soluble boron concentration are included in the program. The nodal equations are solved by a fast two-level iteration technique and the eigenvalue can be either the effective multiplication factor or the boron concentration of the moderator. Burnup calculations are performed by tabulated sets of burnup-dependent cross sections evaluated by a cell burnup program. HEXBY-3D has been originally programmed in FORTRAN V for the UNIVAC 1108 computer, but there is also another version which is operable on the CDC CYBER 170 computer.

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Kaloinen E, Teräsvirta R, Siltanen P. HEXBU-3D, a three-dimensional PWR-simulator program for hexagonal fuel assemblies. Espoo: VTT Technical Research Centre of Finland, 1981. 153 p. (Valtion teknillinen tutkimuskeskus. Tutkimuksia - Research Reports; No. 7).