Research field (1)：
Construction environment and equipment
Research keywords (1)：
建築環境工学,建築設備,室内空気質,数値流体力学
Papers (15)：
Hyungyu Park, Sung-Jun Yoo, Sumiyoshi Eisaku, Harashima Hiroshi, Kazuki Kuga, Kazuhide Ito. Skin surface boundary conditions for dermal exposure assessment using computer-simulated person. Building and Environment. 2025
Hyungyu Park, Sung-Jun Yoo, Kazuki Kuga, Eisaku Sumiyoshi, Hiroshi Harashima, Kazuhide Ito. Impact of human micro-movements on breathing zone and thermal plume formation. Building and Environment. 2024
Hyungyu Park, Sung-Jun Yoo, Janghoo Seo, Sumiyoshi Eisaku, Harashima Hiroshi, Kazuki Kuga, Kazuhide Ito. Integration of computer-simulated persons with multi-node thermoregulation model that considers the effect of clothing for skin surface temperature distribution analysis. Building and Environment. 2024
Park Hyun-Gyu, Yoo Sung-Jun, Sumiyoshi Eisaku, Harashima Hiroshi, Kazuhide Ito. Numerical Thermal Comfort Analysis Using Combined Computer-Simulated Person with Clothing and Multi-Node Thermoregulation Model. E3S Web of Conferences. 2023. 396. 01019-01019
Hiroshi Harashima. Performance Evaluation of Separate-Tube Ground Heat Exchanger Using Fluid Analyses. REPORT OF OBAYASHI CORPORATION TECHNOLOGY RESEARCH INSTITUTE. 2024. 88
Park, Hyun-Gyu, Yoo, Sung-Jun, Sumiyoshi, Eisaku, Harashima, Hiroshi, Ito, Kazuhide. Investigation of the impact of the detailed clothing modelling on the human thermal comfort based on multi-node thermoregulatory analyses using computer-simulated person. The Healthy Buildings 2023 Asia conference. 2023
Hyun-Gyu Park, Sung-Jun Yoo, Eisaku Sumiyoshi, Hiroshi Harashima, Kazuhide Ito. Indoor Thermal Comfort Assessment Using CFD-CSP Hybrid Analysis. Proceedings of the 2022 Fall International Conference of the Korean Society of Computational Fluid Engineers. 2022. 191-192
Experimental Study on Inhalation and Dermal Exposure using Thermal Manikin: Part 2: CFD Analysis of Exposure Experiments using Simplified Manikin Geometry
(2024)
Experimental Study on Inhalation and Dermal Exposure using Thermal Manikin: Part 1: Toluene Exposure Experiments in Enclosed Indoor Space
(2024)
Prediction of Ammonia Gas Concentration Emitted from Concrete-based Materials Part 2 Time Series Prediction of Concentration Distribution in Building Materials using CFD
(2023)
Prediction of Ammonia Gas Concentration Emitted from Concrete-based Materials Simulation of Chamber Experiment by 1D Calculation Considering Diffusion Model in Building Material
(2023)
