Collaborative Researches in 2020 FY

Specific Research Theme
Research Field ・Number Representative Researcher Title of Research
Name Affiliation
Wind Hazard Mitigation・Wind-Resistant Construction field
・ID:20202001
Luisa Pagnini and Giuseppe Piccardo University of Genoa Wind tunnel study of aerodynamics and performance of small size vertical-axis wind turbines (VAWTs)
Wind Hazard Mitigation・Wind-Resistant Construction field
・ID:20202002
Fumiaki Kobayashi National Defense Academy of Japan Evaluation of DIs, DODs and wind speeds for Japanese enhanced Fujita scale
Wind Hazard Mitigation・Wind-Resistant Construction field
・ID:20202003
Sabareesh Geetha Rajasekharan BITS-Pilani, Hyderabad Campus, India Determination of wind loads acting on different standard building models and comparison with identical scenario obtained using results from other tornado simulators
Wind Hazard Mitigation・Wind-Resistant Construction field
・ID:20202004
Q. S. Yang Chongqing University Effects of aspect ratio on across-wind response of circular- and square-section super-tall buildings
Wind Hazard Mitigation・Wind-Resistant Construction field
・ID:20202005
Akira Katsumura Wind Engineering Institute Propose of fluctuating wind force coefficient model and power spectrum density function of bluff bodies with various corner shape
Indoor Environment field
・ID:20202006
Sheikh Ahmad Zaki Bin Shaikh Salim University Teknologi Malaysia Study seeking for Cool-BIZ tailored to tropical countries with Islamic culture
Indoor Environment field
・ID:20202007
Weirong Zhang Beijing University of Technology Research on prediction method of indoor temperature distribution based on mobile sensor information
Indoor Environment field
・ID:20202008
Shinichi Tanabe Waseda University Measurement of local clothing evaporative resistance of the clothed human body under partial airflow conditions
Indoor Environment field
・ID:20202009
Junnta Nakano Tokai University Thermal comfort of local wind with various diffuser characteristics
Indoor Environment field
・ID:20202010
Takasi Kurabuchi Tokyo University of Science Study on the ventilation promoting effect of wind catcher applied to apartment building
Indoor Environment field
・ID:20202011
Shinya Morikami National Institute of Technology Toyota College Effect of constant wind and fluctuating wind based on measured natural wind on thermal comfort
Outdoor Environment field
・ID:20202012
Huibo Zhang Shanghai Jiao Tong University The catch ratio and runoff behavior of wind-driven rain on different building envelope materials
Outdoor Environment field
・ID:20202013
Biao Li Harbin Institute of Technology Study on urban ventilation by wind tunnel experiments and LES calculations
General Research Theme
Research Field・Number Representative Researcher Title of Research
Name Affiliation
Wind Hazard Mitigation・Wind-Resistant Construction field
・ID:20203001
S. W. Yoon Seoul National University of Science and Technology Aerodynamic characteristic of elliptical retractable dome roofs
Wind Hazard Mitigation・Wind-Resistant Construction field
・ID:20203002
Shuyang Cao Tongji University Integrated forecast of typhoon wind speed in urban area by metrological and CFD models and field measurement
Wind Hazard Mitigation・Wind-Resistant Construction field
・ID:20203003
Yuanqi Li Tongji University Wind pressure distribution on multi-slope and multi-level roofs of low-rise light-weight steel residential buildings
Indoor Environment field
・ID:20203004
Kyousuke Hiyama Meiji University Research on thermal transfer through greening façade and its impact on natural ventilation
Indoor Environment field
・ID:20203005
Tomoyuki Endoh Kanto Gakuin University Study on usefulness of artificial intelligence (AI) in natural ventilation design
Outdoor Environment field
・ID:20203006
Akasi Mochida Tohoku University Prediction of urban climates in the 2050s and comparison of regional characteristics of urban warming in major cities in China and Japan
Outdoor Environment field
・ID:20203007
Satoru Iizuka Nagoya University Prediction of thermal environments in compact city models and investigation of cost effectiveness
Trans disciplinary field
・ID:20203008
Tsubasa Okaze Tokyo Institute of Technology Prediction of thermal environments in compact city models and investigation of cost effectiveness
Cross disciplinary field
・ID:20203009
Naoki Ikegaya Kyusyu University Fundamental study for applying wide-range PIV to wind environmental evaluation
Fund Prepared Research
Research Field・Number Representative Researcher Title of Research
Name Affiliation
Indoor Environment field
・ID:20205001
C. S. Kim Musashino University Fundamental research for analysis of clo value using AI camera