ID: 1491
/ SES-E3: 1
Extended abstracts / Full papers
Oral presentation
ONLINE
Topics: 3. Thermal comfortKeywords: Personal Environmental Control, Thermal Environment Satisfaction, Active-Based-Working, Workplace Productivity
Thermal Comfort Investigation of Personal Environmental Control Systems in Office
Daiki Takehara1, Masanari Ukai1, Tsubura Watanabe1, Shin-ichi Tanabe1, Kentaro Kimura2, Akihiro Shimizu2, Naoki Aizawa2, Yuka Muto3, Daisuke Hatori3
1Waseda University, Japan; 2Takasago Thermal Engineering Co.,Ltd, Japan; 3Mitsubishi Jisho Sekkei Inc., Japan
ID: 1649
/ SES-E3: 2
Extended abstracts / Full papers
Oral presentation
ONSITE
Topics: 3. Thermal comfortKeywords: Thermal comfort, Carbon Dioxide, Building Energy Model, Building Energy Savings, Bayesian Modelling
Towards improved thermal comfort predictions and higher energy savings: building energy model of an open-plan office based on indoor CO2 and temperature controls
Sarah Crosby, Adam Rysanek
University of British Columbia, Canada
ID: 1530
/ SES-E3: 3
Extended abstracts / Full papers
Oral presentation
ONSITE
Topics: 3. Thermal comfort, 9a. Sustainable and healthy building - Energy efficiency, 10b. Mega-trends and indoor air quality - Climate change and indoor climateKeywords: thermal comfort, machine learning, view factor
Estimating the feasibility of radiant cooling under climate change scenarios, without an energy model
Donna Vakalis1, Miaomiao Hou2,3, Dorit Aviv2, Adam Rysanek1
1University of British Columbia, Building Decisions Research Group; 2University of Pennsylvania, Weitzman School of Design; 3Tongji University, Shanghai
ID: 1274
/ SES-E3: 4
Extended abstracts / Full papers
Oral presentation
ONSITE
Topics: 1b. Indoor air quality, health and wellbeing - Psychology of IAQ perception, 3. Thermal comfortKeywords: occupant behavior, post-occupancy evaluation, university libraries, healthy buildings, data mining & pattern recognition
Understanding occupancy pattern of university libraries in the post-pandemic era
Yi Ju1,2, Zhe Wang3, Xinyuan Ju2, Bin Cao2, Chen Chen2
1Center for the Built Environment, University of California, Berkeley, CA, 94720, USA; 2School of Architecture, Tsinghua University, Beijing, 100084, China; 3Department of Civil and Environmental Engineering, The Hong Kong University of Science and Technology, Hong Kong, China
ID: 1576
/ SES-E3: 5
Extended abstracts / Full papers
Oral presentation
ONLINE
Topics: 3. Thermal comfortKeywords: Radiation, Wavelength, Thermal Sensation, Numerical Simulation
Development of Predicting Model for Thermal Sensation Effected by Radiations of Different Wavelengths
Akihisa Nomoto1, Yoshiichi Ozeki2, Miyoko Oiwake2, Ryo Hisayama3, Yutaro Ogawa4, Mizuho Akimoto4, Shin-ichi Tanabe4
1University of California, California, USA; 2AGC Inc., Kanagawa, Japan; 3Nihon Sekkei Corporation, Tokyo, Japan; 4Waseda University, Tokyo, Japan
ID: 1288
/ SES-E3: 6
Extended abstracts / Full papers
Oral presentation
ONLINE
Topics: 3. Thermal comfortKeywords: Thermal Environment Evaluation, Human Thermoregulation Model, Thermal History, Non-steady Environment
Indoor Thermal Comfort Evaluation Based on Physiology Considering Thermal History
Yutaro Ogawa1, Ryo Hisayama2, Akihisa Nomoto3, Shin-ichi Tanabe1
1Waseda University, Japan; 2Nihon Sekkei Corporation (Former Graduate Student, Waseda University), Japan; 3Center for the Built Environment, University of California (Former Graduate Student, Waseda University)
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