학술발표회 논문집
| Year | Div | Date/Time | ROOM | Title | Author | Abstract File | Presentation File |
|---|---|---|---|---|---|---|---|
| 2025-Spring | 5D : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.22(Thu) 15:30 | 302 | RePIT-v1.0: A Software for Hybrid ML-CFD Computation | Shilaj Baral, Sangam Khanal, and Joongoo Jeon(Jeonbuk National Univ.), Youngkyu Lee and George Em Karniadakis(Brown Univ.) | PDF보기 | - |
| 2025-Spring | 5E : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.23(Fri) 09:00 | 301 | Recent OECD/NEA Activities in EGSMR (Expert Group on Small Modular Reactor) and CCVM (CSNI Code Validation Matrix) for the Safety of Small Modular Reactors | Hyun-Sik Park(KAERI) | PDF보기 | - |
| 2025-Spring | 5E : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.23(Fri) 09:20 | 301 | Preliminary Validation of Radiation Model Comparison for Radiative Heat Transfer Analysis in MHTGR RCCS | Je-Hyeong Park and Jae-Ho Jeong(CAU), Sin-Yeob Kim(KAERI) | PDF보기 | - |
| 2025-Spring | 5E : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.23(Fri) 09:40 | 301 | MARS-KS Analysis of Low Pressure Low Flow Critical Heat Flux Based on Annulus and Round-Tube Experimental Data | Nhan Hien Hoang, Seong-Su Jeon, and Jehee Lee(FNC Tech.), Ju-Yeop Park(KINS) | PDF보기 | - |
| 2025-Spring | 5E : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.23(Fri) 10:00 | 301 | Development of a Preliminary Numerical Analysis Methodology for Predicting Natural Circulation Cooling Performance Based on NSTF Experiments | Nahid Hasan and Jophous Mugabi(Gachon Univ.), JaeHo Jeong(CAU), SinYeob Kim(KAERI) | PDF보기 | - |
| 2025-Spring | 5E : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.23(Fri) 10:20 | 301 | Audit Calculation for the Burnup Effect on OPR1000 LBLOCA Analysis | Jang Keun Park, Byung Gil Huh, and Joosuk Lee(KINS) | PDF보기 | - |
| 2025-Spring | 5E : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.23(Fri) 11:00 | 301 | Assessment of Conservative Core Conditions for LBLOCA in APR1400 using TRACE Code | Hyungjoo Seo and Byung Gil Huh(KINS) | PDF보기 | - |
| 2025-Spring | 5E : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.23(Fri) 11:20 | 301 | Review of the Performance Features of Containment Evacuation System in Integral Pressurized Water Reactor | Soon-Joon HONG, HyeonMin SEO, Jan HRUSKOVIC, and Bud-dong CHUNG(FNC Tech.) | PDF보기 | - |
| 2025-Spring | 5E : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.23(Fri) 11:40 | 301 | Development of 2D (r-θ) Heat Conduction Model for Fuel Rod in FAMILY | Joosuk Lee, Seulbeen Kim, and Jang Keun Park(KINS) | PDF보기 | - |
| 2025-Spring | 5F : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.23(Fri) 09:00 | 302 | Effects of Group Constant Model on Multi-physics Analysis of Fast-spectrum Molten Salt Reactor with Beryllium Oxide Reflector | Wooseong Park and Yong Hoon Jeong(KAIST) | PDF보기 | - |
| 2025-Spring | 5F : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.23(Fri) 09:20 | 302 | Parametric Effects of Helical Coil Heat Exchanger Design on Thermal-Hydraulic Performance of Passive Molten Salt Fast Reactor | Seungmin Lee, Dowon Lee, Juhyeong Lee, and Sung Joong Kim(HYU) | PDF보기 | - |
| 2025-Spring | 5F : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.23(Fri) 09:40 | 302 | Melting Points Comparison of Chloride Salts for Coolant of Molten Salt Fast Reactor | Sunghyun Yoo and Jeong Ik Lee(KAIST) | PDF보기 | - |
| 2025-Spring | 5F : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.23(Fri) 10:00 | 302 | Design of the Heat Exchanger for Passive Molten Salt Fast Reactor using GAMMA+ | Dowon Lee, Juhyeong Lee, Seungmin Lee, Jihun Im, JinHo Song, and Sung Joong Kim(HYU) | PDF보기 | - |
| 2025-Spring | 5F : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.23(Fri) 10:20 | 302 | Considerations for Performance Parameters in Design of Passive ECCS Valves through Dynamic Response Analysis | Young Seok Bang, Youngjae Park, You Cho Choi, Seong-Su Jeon, and Soon-Joon Hong(FNC Tech.) | PDF보기 | - |
| 2025-Spring | 5F : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.23(Fri) 10:40 | 302 | Investigation of Freeze Valve Release Models Applicable for Molten Salt Reactor by OpenFOAM Code | Juhyeong Lee, Ye Hwan Chun, and Sung Joong Kim(HYU) | PDF보기 | - |
Last Modified : 1998-Autumn
