Researchers

KIM Moojoong

KIM Moojoong
Lecturer
Faculty Department of Mechanical Engineering / Fundamental Technology for Next Generation Research Institute
Researchmap https://researchmap.jp/mj_kim

Education and Career

Education

  • 2006/03 - 2010/08 , ＜大学＞AJOU大学, 機械工学部,
  • 2010/09 - 2012/08 , ＜大学院(修士)＞AJOU大学, 機械工学部,
  • 2012/09 - 2018/02 , AJOU University, 機械工学部,

Academic & Professional Experience

  • May. 2022 - Today , 早稲田大学 持続的環境エネルギー社会共創研究機構 環境エネルギーシステム総合研究所 所員
  • Oct. 2020 - Today , 早稲田大学 理工学術院総合研究所 次席研究員・研究員講師
  • Apr. 2020 - Sep. 2020 , 早稲田大学 理工学術院総合研究所 非常勤研究員
  • Mar. 2018 - Feb. 2020 , AJOU大学工学研究所 専任研究員

Research Activities

Research Areas

  • Manufacturing technology (mechanical, electrical/electronic, chemical engineering) , Thermal engineering
  • Manufacturing technology (mechanical, electrical/electronic, chemical engineering) , Measurement engineering
  • Manufacturing technology (mechanical, electrical/electronic, chemical engineering) , Fluid engineering
  • Manufacturing technology (mechanical, electrical/electronic, chemical engineering) , Thermal engineering

Research Interests

Photothermal therapy, Capacitance sensor, Cancer therapy, Liquid desiccant system, Heat Pump, Photothermal effect, Thermal properties, Two-phase flow, Low GWP refrigerant, Fluid dynamics, Thermodynamics

Published Papers

  1. State-of-the-art of the digital twin concept in HVAC+R systems for thermal management of buildings
    Nasiru I. Ibrahim; Christian Vering; Niccolò Giannetti; Moojoong Kim; Sholahudin; Thomas Storek; Dirk Müller; Kiyoshi Saito
    Renewable and Sustainable Energy Reviews  229  , 116601-116601, Apr. 2026  , Refereed
  2. Void fraction of R32 in microfin tube under condensation conditions using capacitance-based sensor
    Moojoong Kim; Kento Maeda; Kiyoshi Saito
    Applied Thermal Engineering  281  , 128693-128693, Oct. 2025  , Refereed
  3. An experimental study of film boiling heat transfer of cryogenic fluids in a horizontal smooth tube
    Tsubasa Saito; Shinsaku Kokubu; Cheol-Hwan Kim; Moojoong Kim; Kiyoshi Saito
    The 35th International Symposium on Transport Phenomena  2025  Sep. 2025  , Refereed

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Conference Activities & Talks

  1. Experimental and ε–NTU Simulation Study on Metal-Foam Air–Solution Contactors for Liquid Desiccant Systems , Moojoong KIM; Kento MAEDA; Kiyoshi SAITO , Indoor Air 2026 Conference , Jul. 2026
  2. An experimental study of film boiling heat transfer of cryogenic fluids in a horizontal smooth tube , Tsubasa Saito; Shinsaku Kokubu; Cheol-Hwan Kim; Moojoong Kim; Kiyoshi Saito , The 35th International Symposium on Transport Phenomena , 23, Sep. 2025
  3. 水平管における極低温流体の膜沸騰熱伝達及び流動様式に関する研究 , 齋藤 翼; Kim CheolHwan; 金 武重; 國分 晨作; 齋藤 潔 , 2025日本冷凍空調学会年次大会 , 11, Sep. 2025

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MISC

  1. Experimental and ε–NTU Simulation Study on Metal-Foam Air–Solution Contactors for Liquid Desiccant Systems , Moojoong KIM; Kento MAEDA; Kiyoshi SAITO , Indoor Air 2026 Conference , Jul. 2026
  2. Development of a digital twin for a liquid desiccant system with heat pump integration , Kento Maeda; Moojoong Kim; Chitose Tanaka; Kiyoshi Saito , 15th IEA HEAT PUMP CONFERENCE , May. 2026
  3. Quantitative Evaluation of Carryover Phenomena in Liquid Desiccant Unit , 馬場大輔; 澁澤朱音; 谷野正幸; 川上理亮; 原田政利; KIM Moojoong; 齋藤潔 , 空気清浄とコンタミネーションコントロール研究大会予稿集(CD-ROM) , 43rd , 2026

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Patents

  1. AIR CONDITIONER AND CONTROLLING METHOD THEREOF , JunHyoun Kwon, JungHo Kim, SungLyul Myoung, Baek Youn, GwanTaek Kim, DaeYeon Kim, MooJoong Kim, TaeWi Kim , 特許KR102550798B1
  2. Air Conditioner and Control Method Therefor , JunHyoun Kwon, JungHo Kim, SungLyul Myoung, Baek Youn, GwanTaek Kim, DaeYeon Kim, MooJoong Kim, TaeWi Kim , 特許US10773199B2
  3. 空调及其控制方法 , 权埈铉, 金仲镐, 明成烈, 尹柏, 金宽宅, 金大渊, 金武重, 金泰伟

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Awards & Honors

  1. Apr. 2018, KSME, Best Paper Award
  2. Jun. 2015, 大韓設備工学会, Best Presenter Award

Research Grants & Projects

  1. Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research, Development of high-precision and safe measurement method based on the photothermal effect for thermal diffusivity of low GWP refrigerant , Waseda University
  2. [韓国]履行分野学問後続世代養成事業, Study on the control of tumor-cell apoptosis using the optimization of temperature distribution photothermal therapy , National Research Foundation of Korea
  3. 株式会社サムスン日本研究所, 一体型分配器の流動可視化と構造最適化によるRobust分流技術の開発 II , 早稲田大学

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