학술발표회 논문집
| Year | Div | Date/Time | ROOM | Title | Author | Abstract File | Presentation File |
|---|---|---|---|---|---|---|---|
| 2017-Spring | 5I : 원자력열수력 및 안전 (Thermal Hydraulics and Safety) | 5.19(Fri) 15:10 | 201B (2F) | An Efficient Vital Area Identification Method | Woo Sik Jung(Sejong Univ.) | PDF보기 | - |
| 2017-Spring | 5J : 원자력열수력 및 안전 (Thermal Hydraulics and Safety) | 5.19(Fri) 13:30 | 삼다홀 A (3F) | (초청발표1) Visualization study toward mechanistic understanding of critical heat flux | In Cheol Chu (KAERI) | PDF보기 | - |
| 2017-Spring | 5J : 원자력열수력 및 안전 (Thermal Hydraulics and Safety) | 5.19(Fri) 14:00 | 삼다홀 A (3F) | Dynamic wetting characteristics attributable for pool boiling heat transfer of FeCrAl- and Cr-layered vertical tubes | Hong Hyun Son(HYU), Yun Sik Cho(HYU), and Sung Joong Kim(HYU) | PDF보기 | - |
| 2017-Spring | 5J : 원자력열수력 및 안전 (Thermal Hydraulics and Safety) | 5.19(Fri) 14:20 | 삼다홀 A (3F) | Dynamic wetting behavior on oxidized surfaces and its effect on pool boiling critical heat flux | Namgook Kim(HYU), Hong Hyun Son(HYU), and Sung Joong Kim(HYU) | PDF보기 | - |
| 2017-Spring | 5J : 원자력열수력 및 안전 (Thermal Hydraulics and Safety) | 5.19(Fri) 14:40 | 삼다홀 A (3F) | CHF correlation development under ERVC conditions using local liquid velocity | Jongwoong Yoon(KAIST) and Yong Hoon Jeong(KAIST) | PDF보기 | - |
| 2017-Spring | 5J : 원자력열수력 및 안전 (Thermal Hydraulics and Safety) | 5.19(Fri) 15:20 | 삼다홀 A (3F) | ?CHF Simulation using a Non-Heating Experimental Method | Hae-Kyun Park(KHU) and Bum-Jin Chung(KHU) | PDF보기 | - |
| 2017-Spring | 5J : 원자력열수력 및 안전 (Thermal Hydraulics and Safety) | 5.19(Fri) 15:40 | 삼다홀 A (3F) | Analysis of the Mechanistic Critical Heat Flux Models for Downward Facing Boiling Heat Transfer | Uiju Jeong(HYU), Yeon Soo Kim(HYU), Taeseok Kim(HYU), Nam Kyung Kim(HYU), and Sung Joong Kim(HYU) | PDF보기 | PPT보기 |
| 2017-Spring | 5J : 원자력열수력 및 안전 (Thermal Hydraulics and Safety) | 5.19(Fri) 16:00 | 삼다홀 A (3F) | Visualization of CHF varing the Surface Orientation using Non-heating Method | Seung-Min Ohk(KHU) and Bum-Jin Chung(KHU) | PDF보기 | - |
| 2017-Spring | 5J : 원자력열수력 및 안전 (Thermal Hydraulics and Safety) | 5.19(Fri) 16:20 | 삼다홀 A (3F) | Wettability Effect on CHF in Subcooled Boiling Region using Cu-coated Surfaces under Flow and Atmospheric Pressure Conditions | Dong Hoon Kam(KAIST), Young Jae Choi(KAIST), and Yong Hoon Jeong(KAIST) | PDF보기 | - |
| 2017-Spring | 5K : 원자력열수력 및 안전 (Thermal Hydraulics and Safety) | 5.19(Fri) 13:30 | 삼다홀 B (3F) | Modification of the Condensation Heat Transfer Model of the MELCOR Code under the Thermal-Hydraulic Conditions of a PWR Containment | Jee Min Yoo(PNU), Jin Hoon Kang(PNU), Byong Jo Yun(PNU), Seong Wan Hong(KAERI), and Jae Jun Jeong(PNU) | PDF보기 | PPT보기 |
| 2017-Spring | 5K : 원자력열수력 및 안전 (Thermal Hydraulics and Safety) | 5.19(Fri) 13:50 | 삼다홀 B (3F) | Improvement of CHF Correlation for the Narrow Rectangular Channel under the Downward Flow Condition | Huiyung Kim(PNU), Jaejun Jeong(PNU), Jonghark Park(KAERI), Cheol Park(KAERI), and Byongjo Yun(PNU) | PDF보기 | - |
| 2017-Spring | 5K : 원자력열수력 및 안전 (Thermal Hydraulics and Safety) | 5.19(Fri) 14:10 | 삼다홀 B (3F) | Modeling Heat Transfer through CRUD | Dong Yeol Yeo(KAIST) and Hee Cheon NO(KAIST) | PDF보기 | - |
| 2017-Spring | 5K : 원자력열수력 및 안전 (Thermal Hydraulics and Safety) | 5.19(Fri) 14:30 | 삼다홀 B (3F) | Study on Effect of the perforated plate by Hole Size in CFVS system | Hyun_Soo KIM(BHI Co., Ltd), Won_Seok KIM(BHI Co., Ltd), and Jong_Wook Lee(BHI Co., Ltd) | PDF보기 | - |
| 2017-Spring | 5K : 원자력열수력 및 안전 (Thermal Hydraulics and Safety) | 5.19(Fri) 14:50 | 삼다홀 B (3F) | Thermal Hydraulic Analysis for CFVS Depending on Outlet Orifice Size | jong-wook lee(BHI Co., Ltd), hyun-soo kim(BHI Co., Ltd), and won-seok kim(BHI Co., Ltd) | PDF보기 | - |
| 2017-Spring | 5K : 원자력열수력 및 안전 (Thermal Hydraulics and Safety) | 5.19(Fri) 15:30 | 삼다홀 B (3F) | Development of Fluid to Fluid Scaling Criteria for Modeling Condensation in Horizontal Tubes? | Khalid Khasawneh(KAIST) and Yong Hoon Jeong(KAIST) | PDF보기 | - |
Last Modified : 1998-Autumn
