Research field (4):
Earth resource engineering, energy science
, Control and systems engineering
, Thermal engineering
, Robotics and intelligent systems
Research keywords (5):
熱工学
, 環境工学
, 非化石転換
, 脱炭素
, Energy saving
Research theme for competitive and other funds (7):
2014 - 2017 Analysis and controlling of a simultaneous heat and mass transfer behavior in a desiccant rotor for expanding adsorptive energy systems
エゼクター式吸収器によるハイブリッド吸収ヒートポンプの高効率化に関する研究
ハイブリッド空調システムの動特性の究明と高効率運転に関する研究
太陽熱駆動エジェクター式ヒートポンプの数理モデル構築と最適設計・制御に関する研究
Optimum design of latent heat recovery heat exchangers
Study on the advanced tubes of absorber for absorption refrigerator
デシカント空調システムの性能評価
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Papers (256):
Nasiru I. Ibrahim, Christian Vering, Niccolò Giannetti, Moojoong Kim, Sholahudin, Thomas Storek, Dirk Müller, Kiyoshi Saito. State-of-the-art of the digital twin concept in HVAC+R systems for thermal management of buildings. Renewable and Sustainable Energy Reviews. 2026. 229. 116601-116601
Cheol-Hwan Kim, Giannetti Niccolo, Chitose Tanaka, John Carlo S. Garcia, Yoichi Sei, Koji Enoki, Kiyoshi Saito. Key Topological Features for Optimized Evaporator Circuitry with Enhanced Manufacturability. Case Studies in Thermal Engineering. 2025. 107612-107612
N. Giannetti, C.H. Kim, F. Della Santa, Y. Sei, K. Enoki, K. Saito. Experimental validation of genetic programming for heat exchanger circuitry optimization. Applied Thermal Engineering. 2025. 129517-129517
Moojoong Kim, Kento Maeda, Kiyoshi Saito. Void fraction of R32 in microfin tube under condensation conditions using capacitance-based sensor. Applied Thermal Engineering. 2025. 128693-128693
Moojoong Kim, Kento Maeda, Tetsuya Sato, Kiyoshi Saito. Void fraction of R32 in microfin tube under evaporation conditions using capacitance-based sensor. Applied Thermal Engineering. 2025. 265. 125569-125569