학술발표회 논문집
Year | Div | Date/Time | ROOM | Title | Author | Abstract File | Presentation File |
---|---|---|---|---|---|---|---|
2024-Spring | 5F : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.9(Thu) 14:10 | 203 (2F) | A Study on the Performance of Conditional Generative Adversarial Networks for Reconstructing IR Thermometry in Flow Boiling | UngJin Na and HangJin Jo(POSTECH), ByongGuk Jeon(KAERI), JunYoung Seo(Ajou Univ.) | PDF보기 | - |
2024-Spring | 5F : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.9(Thu) 14:50 | 203 (2F) | Group Invariant Neural Networks-based Deep Reinforcement Learning for Optimal Control of Natural Convection Flow | Joongoo Jeon, Su Yeong Jo, Minseo Lee, Shilaj Baral, and Sangam Khanal(Jeonbuk National Univ.), Ricardo Vinuesa(KTH), Jean Rabault(Independent Rese) | PDF보기 | - |
2024-Spring | 5F : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.9(Thu) 15:10 | 203 (2F) | Impact of Reactor Height on Natural Circulation Performance and Thermal Characteristics in Passive Molten Salt Fast Reactors | Juhyeong Lee, Sangtae Kim, and Sung Joong Kim(HYU), Yonghee Kim(KAIST) | PDF보기 | - |
2024-Spring | 5F : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.9(Thu) 15:30 | 203 (2F) | A Comparative Experiments for Efficient Operation of Packed Bed Cold Energy Storage System | Dahui Kwack, Chunsik Lee, and Choongsub Yoem(IAE) | PDF보기 | PPT보기 |
2024-Spring | 5G : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.9(Thu) 13:00 | Lobby (3F) | Experimental Investigation about Capillary Properties of Braided Wire Wick for Heat Pipe | Yohan Kim and Hyungdae Kim(KHU) | PDF보기 | - |
2024-Spring | 5G : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.9(Thu) 13:00 | Lobby (3F) | Post-calculation for C2.1 of OECD-ATLAS3 Program | Seok Cho, Byoung-Uhn Bae, Yu-Sun Park, Nam-Hyun Choi, Jae-Bong Lee, Jong-Rok Kim, and Kyoung-Ho Kang(KAERI) | PDF보기 | - |
2024-Spring | 5G : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.9(Thu) 13:00 | Lobby (3F) | Natural Convection Cooling Characteristics in Narrow Rectangular Channel at Horizontal and Low Slopes Conditions | Dongwook Jang, Huiyung Kim, and Jonghark Park(KAERI) | PDF보기 | - |
2024-Spring | 5G : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.9(Thu) 13:00 | Lobby (3F) | Visualization of Natural Convection Heat Transfer on a Sphere with Various Contact Points | MinSeo Park, JeongWon Han, and BumJin Chung(KHU) | PDF보기 | - |
2024-Spring | 5G : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.9(Thu) 13:00 | Lobby (3F) | Simulation of the SMR Steam Extraction Operation for Corresponding to Intermittency of Renewable Energy | Keon Yeop Kim, Ha Neul Na, So Eun Shin, and Youngsuk Bang(FNC Tech.) | PDF보기 | - |
2024-Spring | 5G : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.9(Thu) 13:00 | Lobby (3F) | Optimizing Thermal Distributors in Heat Pipe-Cooled Micro Reactors using Generative Design | Ju Hyeong Lee and Eung Soo Kim(SNU) | PDF보기 | - |
2024-Spring | 5G : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.9(Thu) 13:00 | Lobby (3F) | Sensitivity Assessment of Natural Circulation SMR Applicable to Maritime Ships Using MARS-KS Code | Seung gyu Hyeon, Jae Hyung Park, Hyo Jun An, JinHo Song, and SungJoong Kim(HYU) | PDF보기 | - |
2024-Spring | 5G : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.9(Thu) 13:00 | Lobby (3F) | Implementation of Start-up/Shutdown Model into Alkali Metal Heat Pipe Analysis Code | Ye Sung Kim, San Lee, and Hyoung Kyu Cho(SNU) | PDF보기 | - |
2024-Spring | 5G : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.9(Thu) 13:00 | Lobby (3F) | Very Efficient Boiling Surfaces and Their Performance | Dong Ju Lee, Young Jae Yang, and Dong Eok Kim(CAU) | PDF보기 | - |
2024-Spring | 5G : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.9(Thu) 13:00 | Lobby (3F) | Preliminary Design of System-integrated Heat Exchangers for Passive Molten Salt Fast Reactor | Jihun Im, Jae Hyung Park, Won Jun Choi, and Sung Joong Kim(HYU) | PDF보기 | - |
2024-Spring | 5G : 원자력열수력 (Nuclear Thermal Hydraulics) | 5.9(Thu) 13:00 | Lobby (3F) | Lessons Learned for Design of ECCS Valve Obtained from NRC\'s Design Review Results | Youngjae Park, Young Seok Bang, and You Cho Choi(FNC Tech.) | PDF보기 | - |
Last Modified : 1998-Autumn