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김성중 프로필 사진

김성중

Kim, Sung Joong

공과대학

원자력공학과

연구분야

연도별 연구 활동 현황

전체 139건 중 51번부터 60번까지의 결과를 표시합니다.

2021

Article

Preliminary study of machine learning aided CFD network to reduce computational cost

Article

Condensation Performance Evaluation of Evacuate containment with Xenon, Air and CO2 for Small Modular Reactor

Article

An interactive multiple model method to identify the in-vessel phenomenon of a nuclear plant during a severe accident from the outer wall temperature of the reactor vessel

2020

Article

Development of the thermal performance model using temperature gradient analysis for optimized design of steam surface condenser

Article

Semi-mechanistic prediction of spatial variation of local critical heat flux along a slightly inclined downward-facing surface

Article

SMART with Trans-Critical CO2 power conversion system for maritime propulsion in Northern Sea Route, part 1: System design

Article

Nano/microscale roughness control of accident-tolerant Cr- and CrAl-coated surfaces to enhance critical heat flux

2019

Article

Oxidation effect on pool boiling critical heat flux enhancement of Cr-coated surface for accident-tolerant fuel cladding application

Article

Implementation of PAR correlations to the MELCOR Code

Article

Evaluating Condenser Performance Based on Pressure Transition Temperature

상세 보기

김성중

연구분야

자료유형

발행연도

키워드

언어

Preliminary study of machine learning aided CFD network to reduce computational cost

Condensation Performance Evaluation of Evacuate containment with Xenon, Air and CO2 for Small Modular Reactor

An interactive multiple model method to identify the in-vessel phenomenon of a nuclear plant during a severe accident from the outer wall temperature of the reactor vessel

Development of the thermal performance model using temperature gradient analysis for optimized design of steam surface condenser

Semi-mechanistic prediction of spatial variation of local critical heat flux along a slightly inclined downward-facing surface

SMART with Trans-Critical CO2 power conversion system for maritime propulsion in Northern Sea Route, part 1: System design

Nano/microscale roughness control of accident-tolerant Cr- and CrAl-coated surfaces to enhance critical heat flux

Oxidation effect on pool boiling critical heat flux enhancement of Cr-coated surface for accident-tolerant fuel cladding application

Implementation of PAR correlations to the MELCOR Code

Evaluating Condenser Performance Based on Pressure Transition Temperature