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ATHOS3 코드에 의한 고리1호기 증기발생기 열유동해석
최석기(Seok-Ki Choi),남호윤(Ho-Yun Nam),김의광(Eui-Kwang Kim),김형남(Hyung-Nam Kim),장기상(Ki-Sang Jang),홍성열(Sung-Yull Hong) 한국전산유체공학회 2001 한국전산유체공학회 학술대회논문집 Vol.2001 No.-
This paper presents the numerical methodology of ATHOS3 code for thermal hydraulic analysis of Pressurized Water Reactor (PWR) steam generators. Topics include porous media approach, governing equations, physical models and correlations for solid-to-fluid interaction and heat transfer, and numerical solution scheme. The ATHOS3 code is applied to the thermal hydraulic analysis of steam generator in the Korea Kori Unit-l nuclear power plant and the computed results are presented
원자력발전소 1 차 계통 주요기기에 대한 웹기반 피로수명평가 시스템 개발
서형원(Hyong-Won Seo),이상민(Sang-Min Lee),최재붕(Jae-Boong Choi),김영진(Young-Jin Kim),최성남(Sung-Nam Choi),장기상(Ki-Sang Jang),홍승렬(Sung-Yull Hong) 대한기계학회 2003 대한기계학회 춘추학술대회 Vol.2003 No.4
A nuclear power plant is composed of a number of primary components. Maintaining the integrity of these<br/> components is one of the most critical issues in nuclear industry. In order to maintain the integrity of these<br/> primary components, a complicated procedure is required including regular in-service inspection, failure<br/> assessment, fracture mechanics analysis, etc. Also, experts in different fields have to co-operate to resolve the<br/> integrity issues on the basis of inspection results. This integrity evaluation process usually takes long, and thus,<br/> is detrimental for the plant productivity. Therefore, an effective safety evaluation system is essential to<br/> manage the integrity issues on a nuclear power plant. In this paper, a web-based fatigue life evaluation system<br/> for primary components in nuclear power plant is proposed. This system provides engineering knowledgebased<br/> information and concurrent and collaborative working environment through internet, and thus, is<br/> expected to raise the efficiency of integrity evaluation procedures on primary components of a nuclear power<br/> plant.