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TWO-PHASE FLOW AND THERMAL MANAGEMENT LABORATORY

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Alumni

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여일환
여일환 Ilhwan Yeo
  • E-MAILildol2002@naver.com
  • RESEARCH FIELDSubcooled flow boiling CFD
  • STATUSMaster Degree (2021.08)
  • EducationB.S. in Mechanical Engineering, Sejong University (2019)
  • Affiliation쎄트렉아이-위성열설계
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박재민
박재민 JaeMin Park
  • E-MAILparkjm0425@naver.com
  • OFFICE062-715-3263
  • RESEARCH FIELD2 phase flow instablility
  • STATUSMaster Degree (2021.02)
  • EDUCATIONB.S. in Mechanical Engineering, GIST (2019)
  • AffiliationLG전자-H&A사업본부
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서재원
서재원 Jaewon Su
  • E-MAILfrank061635@gist.ac.kr
  • Internship date2020. 07. 01 ~ 2023. 05.
  • EDUCATIONB.S. in Mechanical Engineering, GIST (2018 ~ 2023)
  • AffiliationDirect Ph.D. program in Mechanical Engineering, SNU (2023 ~ )
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김영진
김영진 YoungJin Kim
  • E-MAILyoung.kim@gm.gist.ac.kr
  • OFFICE062-715-3263
  • RESEARCH FIELDTwo-phase flow instablility
  • STATUSMaster Degree (2023.08)
  • EDUCATIONB.S. in Mechanical Engineering, Pukyong National University (2020)
  • Affiliation현대자동차 열에너지시스템설계팀
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권민신
권민신 MinShin Kwon
  • E-MAILminshin.kwon@gm.gist.ac.kr
  • OFFICE062-715-2775
  • RESEARCH FIELDSubcooled flow boiling CFD
  • STATUSMaster Degree (2023.08)
  • EDUCATIONB.S. in Mechanical Engineering, Incheon National University (2017)
  • Affiliation알트소프트
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유상현
유상현 SangHyeon Yu
  • E-MAILdbshal117@gm.gist.ac.kr
  • OFFICE062-715-2775 (3rd floor office), 062-715-3263 (2nd floor lab)
  • RESEARCH FIELDPeriodic two-phase flow visualization
  • STATUSMaster Degree (2024.02)
  • EDUCATIONB.S. in Mechanical System Engineering, Jeonbuk National University (2022)
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노현석
노현석 Hyeonseok Noh
  • E-MAILtopot0829@gm.gist.ac.kr
  • TEL062-715-2775
  • RESEARCH FIELDTwo-phase flow data mining
  • STATUSMaster Degree (2025.02)
  • EDUCATIONB.S. in Mechanical Engineering, GIST (2023)
    Intership at TPFTML (~2023.02)
  • Publications(1) H. Noh, S. Lee, S.M. Kim, I. Mudawar, Utilization of XGBoost algorithm to predict incipience quality for saturated flow boiling in mini/micro-channels, Int. J. Heat Mass Transf. 231 (2024) 125827. (1저자)
    (2) H. Jung, H. Noh, S. Lee, Experimental and photographic investigation into horizontal subcooled flow boiling in concentric annuli for cooling system of ultra-fast electric vehicle charging cables, Int. Commun. Heat Mass Transf. 159 (2024) 108059. (2저자)
    (3) H. Noh, H. Jung, M. Kwon, S. Lee, Comparison of subcooled flow boiling in concentric annuli with bare and finned surfaces, Appl. Therm. Eng. 258 (2025) 124722. (1저자)
  • AffiliationRIST
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