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Hye-Jin Cho
Hye-Jin Cho
Postdoctoral Researcher, Architectural Engineering, Hanyang University
Geverifieerd e-mailadres voor hanyang.ac.kr
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Experimental analysis of dehumidification performance of counter and cross-flow liquid desiccant dehumidifiers
HJ Cho, SY Cheon, JW Jeong
Applied Thermal Engineering 150, 210-223, 2019
542019
Energy impact of vacuum-based membrane dehumidification in building air-conditioning applications
HJ Cho, SY Cheon, JW Jeong
Applied Thermal Engineering 182, 116094, 2021
342021
Energy benefit of a cascade liquid desiccant dehumidification in a desiccant and evaporative cooling-assisted building air-conditioning system
JY Park, HW Dong, HJ Cho, JW Jeong
Applied Thermal Engineering 147, 291-301, 2019
272019
Evaluation of thermal comfort in an office building served by a liquid desiccant-assisted evaporative cooling air-conditioning system
HJ Cho, JW Jeong
Energy and Buildings 172, 361-370, 2018
252018
Energy saving potential of a vacuum-based membrane dehumidifier in a dedicated outdoor air system
SY Cheon, HJ Cho, JW Jeong
Energy conversion and management 227, 113618, 2021
182021
Optimum regeneration temperature of a desiccant solution in a packaged liquid desiccant-assisted air conditioning unit
HW Dong, HJ Cho, JY Park, JW Jeong
International Journal of Refrigeration 101, 155-166, 2019
172019
Preliminary study on air-to-air latent heat exchanger fabricated using hollow fiber composite membrane for air-conditioning applications
HJ Cho, SY Cheon, JW Jeong
Energy conversion and management 251, 115000, 2022
132022
Experimental study of vacuum-based membrane dehumidifier for HVAC system: Parametric analysis and dehumidification performance
SY Cheon, HJ Cho, JW Jeong
Energy Conversion and Management 270, 116252, 2022
82022
Simplified effectiveness and number of transfer unit model for a vacuum membrane dehumidifier applied to air conditioning
SY Cheon, HJ Cho, JW Jeong
Applied Thermal Engineering 210, 118404, 2022
82022
Development of empirical models to predict latent heat exchange performance for hollow fiber membrane-based ventilation system
HJ Cho, SY Cheon, JW Jeong
Applied Thermal Engineering 213, 118686, 2022
72022
Energy saving potential of latent heat exchanger-integrated dual core energy recovery ventilator
HJ Cho, SY Cheon, JW Jeong
Applied Thermal Engineering 231, 120989, 2023
62023
Experimental analysis on energy recovery ventilator with latent heat exchanger using hollow fiber membrane
HJ Cho, SY Cheon, JW Jeong
Energy Conversion and Management 278, 116706, 2023
62023
Energy retrofit of public office building through liquid desiccant assisted dedicated outdoor air system with fuel cell in Korea
H Lim, SY Cheon, HJ Cho, JW Jeong, Y Su
Applied Thermal Engineering 230, 120870, 2023
52023
A numerical model and validation of phase change material integrated thermoelectric radiant cooling panel
H Lim, HJ Cho, SY Cheon, SJ Lee, JW Jeong
E3S Web of Conferences 111, 01001, 2019
52019
Experimental analysis and design of hydraulic thermoelectric radiant cooling panel
M Kim, HJ Cho, SJ Lee, JW Jeong
22022
Impact of demand controlled ventilation on energy saving and indoor air quality enhancement in underground parking facilities
HJ Cho, JW Jeong
Proceedings of the 2014 Annual Congress on Advanced Engineering and …, 2014
22014
Applicability of a dedicated outdoor air system assisted by isothermal dehumidification and evaporative cooling
SY Cheon, HJ Cho, JW Jeong
Journal of Building Engineering 82, 108169, 2024
12024
Applicability of a liquid-desiccant air-conditioning system in energy-efficient buildings with high latent load
JH Lee, SY Cheon, SJ Lee, HJ Cho, JW Jeong
Journal of Building Engineering 78, 107608, 2023
12023
Humidification performance of hollow-fiber membrane humidifier for air-conditioning applications
SY Jo, HJ Cho, JW Jeong
Applied Thermal Engineering 226, 120335, 2023
12023
Experimental analysis of vacuum membrane dehumidifier: Hollow fiber module designs and dehumidification performance
HJ Cho, SY Cheon, JW Jeong, G Yoon
Applied Thermal Engineering 236, 121848, 2024
2024
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Artikelen 1–20