Abstract
We have developed an innovative reactor core thermal-hydraulics module where a designer can easily and efficiently evaluate his design concept of a new type reactor in the thermal-hydraulics field. The main purpose of this module is to decide a feasible range of basic design parameters of a reactor core in a conceptual design stage of a new type reactor. The module is to be implemented in Intelligent Reactor Design System (IRDS). The module has the following characteristics; (1) to deal with several reactor types, (2) four thermal hydraulics and fuel behavior analysis codes are installed to treat different type of reactors and design detail, (3) to follow flexibly modification of a reactor concept, (4) to provide analysis results in an understandable way so that a designer can easily evaluate feasibility of his concept, and so on. The module runs on an engineering workstation (EWS) and has a user-friendly man-machine interface on a pre- and post-processing. And it is equipped with a function to search a feasible range called as Design Window, for two design parameters by artificial intelligence (AI) technique and knowledge engineering. In this report, structure, guidance for users of an usage of the module and instruction of input
More>>
Kugo, Teruhiko;
Nakagawa, Masayuki;
[1]
Fujii, Sadao
- Japan Atomic Energy Research Inst., Tokai, Ibaraki (Japan). Tokai Research Establishment
Citation Formats
Kugo, Teruhiko, Nakagawa, Masayuki, and Fujii, Sadao.
Development of core thermal-hydraulics module for intelligent reactor design system (IRDS).
Japan: N. p.,
1994.
Web.
Kugo, Teruhiko, Nakagawa, Masayuki, & Fujii, Sadao.
Development of core thermal-hydraulics module for intelligent reactor design system (IRDS).
Japan.
Kugo, Teruhiko, Nakagawa, Masayuki, and Fujii, Sadao.
1994.
"Development of core thermal-hydraulics module for intelligent reactor design system (IRDS)."
Japan.
@misc{etde_10102633,
title = {Development of core thermal-hydraulics module for intelligent reactor design system (IRDS)}
author = {Kugo, Teruhiko, Nakagawa, Masayuki, and Fujii, Sadao}
abstractNote = {We have developed an innovative reactor core thermal-hydraulics module where a designer can easily and efficiently evaluate his design concept of a new type reactor in the thermal-hydraulics field. The main purpose of this module is to decide a feasible range of basic design parameters of a reactor core in a conceptual design stage of a new type reactor. The module is to be implemented in Intelligent Reactor Design System (IRDS). The module has the following characteristics; (1) to deal with several reactor types, (2) four thermal hydraulics and fuel behavior analysis codes are installed to treat different type of reactors and design detail, (3) to follow flexibly modification of a reactor concept, (4) to provide analysis results in an understandable way so that a designer can easily evaluate feasibility of his concept, and so on. The module runs on an engineering workstation (EWS) and has a user-friendly man-machine interface on a pre- and post-processing. And it is equipped with a function to search a feasible range called as Design Window, for two design parameters by artificial intelligence (AI) technique and knowledge engineering. In this report, structure, guidance for users of an usage of the module and instruction of input data for analysis modules are presented. (author).}
place = {Japan}
year = {1994}
month = {Aug}
}
title = {Development of core thermal-hydraulics module for intelligent reactor design system (IRDS)}
author = {Kugo, Teruhiko, Nakagawa, Masayuki, and Fujii, Sadao}
abstractNote = {We have developed an innovative reactor core thermal-hydraulics module where a designer can easily and efficiently evaluate his design concept of a new type reactor in the thermal-hydraulics field. The main purpose of this module is to decide a feasible range of basic design parameters of a reactor core in a conceptual design stage of a new type reactor. The module is to be implemented in Intelligent Reactor Design System (IRDS). The module has the following characteristics; (1) to deal with several reactor types, (2) four thermal hydraulics and fuel behavior analysis codes are installed to treat different type of reactors and design detail, (3) to follow flexibly modification of a reactor concept, (4) to provide analysis results in an understandable way so that a designer can easily evaluate feasibility of his concept, and so on. The module runs on an engineering workstation (EWS) and has a user-friendly man-machine interface on a pre- and post-processing. And it is equipped with a function to search a feasible range called as Design Window, for two design parameters by artificial intelligence (AI) technique and knowledge engineering. In this report, structure, guidance for users of an usage of the module and instruction of input data for analysis modules are presented. (author).}
place = {Japan}
year = {1994}
month = {Aug}
}