Session Details
Poster Session
Sun. Nov 30, 2025 12:10 PM - 1:30 PM JST
Sun. Nov 30, 2025 3:10 AM - 4:30 AM UTC
Sun. Nov 30, 2025 3:10 AM - 4:30 AM UTC
Poster Room (An-301,302)
[P1]Development of a performance model for refrigeration systems in small-capacity logistics cold storage facilities based on field measurements
*Heng Niu1, Xinghua Liu2, Baolong Wang1, Wenxing Shi1 (1. Tsinghua university (China), 2. Tianjin University of Commerce (China))
[P2]Inverse problem method for design and operation optimization of SES-CCHP systems A case study in Qingdao airport, China
*Yue Xie1, Pengcheng Ji1, Yinping Zhang1 (1. Tsinghua University (China))
[P3]Optimizing Energy Supply and Improving Efficiency in Data Centers
Jinkyun Cho1, Joohyun Moon1, *Sangwoo Byeon1 (1. Hanbat National University (Korea))
[P4]Optimization of Heating Systems for Small Towns in Coal-Resource-Based Cities under Low-Carbon Transition
*Xue Gong1,Ying Kong2 Jianjun Xia1 (1. Tsinghua University 2. Building Energy Research Center, School of Architecture, Tsinghua University (China))
[P5]Effects of Presenting Information and Encouragement to Office Occupants on the Operation Behavior of Natural Ventilation Windows
*Kouga Iruya1, Tomohiro Kobayashi1, Narae Choi1, Haruna Yamasawa1, Hitoshi Nagatsugu2, Noriaki Kobayashi1, Yoriko Honda2 (1. The University of Osaka (Japan), 2. Obayashi Corporation (Japan))
[P6]Analysis of Indoor Air Quality in Inpatient Wards using IoT sensor Data and Machine Learning
*Jehyun Kim1, Minki Sung1 (1. Sejong Univ. (Korea))
[P7]Experimental Examination on Ventilation Characteristics in a Small-sized Office Model with Ceiling-supplied Displacement Ventilation under Winter Condition
Effect of Cold Window Surface and Countermeasures on Indoor Distribution of Temperature and Contaminant Concentration
*Ryoya Kato1, Tomohiro Kobayashi1, Toshio Yamanaka1, Haruna Yamasawa1, Narae Choi1, Noriaki Kobayashi1, Nobuki Matsui2, Tetsuya Okamoto2, Yuki Yamoto2, Shogo Otaka2 (1. The University of Osaka (Japan), 2. Daikin Industries, Ltd. (Japan))
[P8]Impact of residential range hood utilization on indoor PM2.5 concentration in urban China: a long-term field study
*Wenbin Zhuang1, Keqin Yang1, Yinping Zhang1 (1. Tsinghua University (China))
[P9]Selection of Working Environment in an ABW Office with Natural Ventilation through Manually-
Operated Windows: Thermal Comfort Assessment Using Personal Neutral Temperature
*Rion Komuro1, Tomohiro Kobayashi1, Haruna Yamasawa1, Toshio Yamanaka1, Hiromasa Tanaka2, Shingo Tanabe2, Ryohei Ituaki2, Mako Matsuzaki2 (1. The University of Osaka (Japan), 2. Nikken Sekkei Ltd. (Japan))
[P10]Investigation Protocol for Airborne Microplastics in Residential Spaces
*YiFan Bai1, Eunsu Lim1, Jingyi Wei2, Jinya Takeuchi3, Tomoya Abe4 (1. Toyo University (Japan), 2. Takasago Thermal Engineering (Japan), 3. Akita Prefectural University (Japan), 4. Akita Industrial Technology Center (Japan))
[P11]Measurement of Ventilation Effectiveness using Particle and Tracer Gas in Cleanrooms
*Yota Kinoshita1, Tomohiro Kobayashi1, Haruna Yamasawa1, Ryoma Sasaki1, Shigeki Tsuchiya2, Masanori Sasaki2 (1. The University of Osaka (Japan), 2. SANKI ENGINEERING CO.,LTD (Japan))
[P12]Additivity of Bioeffluents Odor and Linoleum-Flooring Odor in Perceived Air Quality Evaluation
*Yuri Kawaguchi1, Tomohiro Kobayashi1, Haruna Yamasawa1, Akihisa Takemura2, Narae Choi1, Ichiro Uenaka1 (1. The University of Osaka (Japan), 2. Kansai University (Japan))
[P13]Experimental Study on the Performance of IJV System with Different Shape of Supply Terminal in a Room with High Heat Load
*Kentaro Kida1, Tomohiro Kobayashi1, Haruna Yamasawa1, Sungeun Lee1 (1. The University of Osaka (Japan))
[P14]Development of a Novel Buoyancy-driven Natural Ventilation Device Utilizing Double Roof and Stairwell
*Ryota Kago1, Haruna Yamasawa1, Tomohiro Kobayashi1 (1. The University of Osaka (Japan))
[P15]Natural Ventilation Performance of Integrated Skip-Floor Office Space with manually-operated windows
- Evaluation of Flow path based on Tracer Gas Method and Natural Ventilation Rate Measurement
*Fumiya Hirose1, Tomohiro Kobayashi1, Toshio Yamanaka1, Haruna Yamasawa1, Dun Tan2, Atsushi Kasuya3, Kazuki Wada3, Naoya Kimizuka3, Yasuhiro Masuda3, Ryoko Miki3 (1. The University of Osaka (Japan), 2. GD Midea Air-conditioning Equipment Co., Ltd. (China), 3. Takenaka Corporation (Japan))
[P16]Development of an infection risk assessment method using response factors and multi-agent simulation
Part 1: Derivation of the virus intake potential response factors
*Maria Sato1, Manami Yamamoto1, Tomonobu Goto1 (1. Tohoku University (Japan))
[P17]Development of an infection risk assessment method using response factors and multi-agent simulation
Part 2: Assessment of influenza infection risk in an elementary school classroom
*Manami Yamamoto1, Maria Sato1, Tomonobu Goto1 (1. Tohoku University (Japan))
[P19]Thermal Comfort of Religious Spaces in Taiwan
Yung-Chi Yang1, *Yaw-Shyan Tsay1 (1. National Cheng Kung University (Taiwan))
[P20]A thermal comfort evaluation model for contact heat transfer based on thermophysiology
*Linye Song1, Haifeng Xia2, Xiang Zhou1, Yinqi Zeng1, Shuming Zhang1 (1. Tongji University (China), 2. China Automotive Engineering Research Institute Automotive Inspection Center (Ningbo) Co., Ltd. (China))
[P21]Effects of natural ventilation on women’s sleep
*Akemi Iwaki1 (1. Yasuda Women's University (Japan))
[P22]Dynamic Thermal Comfort Assessment Using Facial Infrared Thermography
Xiaojing Li1, *Maohui Luo1, Xiang Zhou1 (1. Tongji University (China))
[P23]Dynamic thermal response of human shower under cold conditions : Effects of water temperature and flow rate
*Yi Gao1, Maohui Luo1, Xiang Zhou1 (1. School of Mechanical Engineering, Tongji University, Shanghai, China (China))
[P25]Evaluation of the Effective Thermal Capacity of a Room Based on In-Situ Measurements
*Chengyu Wen1, Wenxing Shi1, Zixu Yang2 (1. Tsinghua University (China), 2. University of Science and Technology Beijing (China))
[P26]Simulink Modeling and COP Variation by Refrigerant for Data Center
*Joo Hyun Moon1, Jikyum Kim1, Jinkyun Cho1 (1. Hanbat National University (Korea))
[P27]The use of artificial intelligence for thermochemical storage control
*FREDERIC KUZNIK KUZNIK1, Mahican MAROUAN1,2, Bilal LAMRANI1 (1. Université Mohammed V - Faculté des Sciences de Rabat (FSR) (Morocco), 2. The Energy and Thermal Center of Lyon (France))
[P28]Demand Response verification in an apartment building during summer: Evaluating the effectiveness of nudges in promoting behavioural change among residents
*Narumi Obata1, Takashi Akimoto1, Keizo Yokoyama2, Toru Shiba3 (1. Shibaura Institue of Technology (Japan), 2. SIT Research Laboratories (Japan), 3. OSAKA GAS CO (Japan))
[P29]Simulation-Driven Building Clustering and Transfer Learning Framework for Short-Term Building Energy Forecasting
*Fan Yang1, Xiaofeng Li1 (1. Tsinghua University (China))
[P30]Research on the physiological and psychological response mechanisms of short-term cold stimulation on the human body
*yiming li1, yajie cao1, qingying wang1, jipan li1, leyao sun1 (1. Henan Polytechnic University (China))
[P31]Research on the Application of Distributed Photovoltaic-battery Systems in Commercial-Office Complexes: The Impact of Building Hybrid Characteristics on PVB Systems
*Jingrong Wang1, Xiaofeng Li1,2 (1. Department of Building Science, School of Architecture, Tsinghua University (China), 2. Beijing Key Laboratory of Indoor Air Quality Evaluation and Control (China))
[P32]Impact of floor structure enhancements for noise reduction on radiant floor heating performance in Korean residential buildings
*SANGHA LEIGH1, MINGYU BANG2, CHANKYU KIM2, TAEHA LEIGH2, MYOUNGSOUK YEO1,2, WONJUN KIM3, HYOUNGDONG JO3, SEUNGHYO BEAK4 (1. Institute of Construction and Environmental Engineering (Korea), 2. Department of Architecture and Architectural Engineering, Graduate School, Seoul National University (Korea), 3. Housing & Building Business Division, DL E&C (Korea), 4. Division of Architecture, Mokwon University (Korea))
[P33]A Study on the Cost and Carbon Emission Reduction of Energy-Saving Technologies in Buildings
*YuNa Song1, Kang DaYeon1, Kang Yumin1, An Jieun1, Jeon Gyuyeob1 (1. Jeju National University, Department of Architectural Engineering (Korea))