Collaborative Researches in 2021 FY

Specific Research Theme
Research Field ・Number Representative Researcher Title of Research
Name Affiliation
Wind-Hazard Mitigation・Wind-Resistant Construction field
・ID:21212001
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:21212002
Richard G.J. Flay University of Auckland Time history analysis of new generation of mega-tall buildings to refine wind loading and reduce risk - Withdrawal
Wind-Hazard Mitigation・Wind-Resistant Construction field
・ID:21212003
Yong Cao Shanghai Jiao Tong University Vortex-induced vibration of bladeless wind turbines
Wind-Hazard Mitigation・Wind-Resistant Construction field
・ID:21212004
Sabareesh Geetha Rajasekharan BITS-Pilani, Hyderabad Campus, India Comparison of external and internal pressures in tornado-like flow obtained using different simulators world-wide
Wind-Hazard Mitigation・Wind-Resistant Construction field
・ID:21212005
Rajesh Goyal NICMAR University, Pune, India Impact of Tornado-vortex-induced aerodynamic loads on structural projections on low-rise buildings
Wind-Hazard Mitigation・Wind-Resistant Construction field
・ID:21212006
Q. S. Yang Chongqing University Effects of incoming turbulent flow on across-wind response of square-section super-tall buildings and identification of aero-dynamic damping
Wind-Hazard Mitigation・Wind-Resistant Construction field
・ID:21212007
Akira Katsumura Wind Engineering Institute Proposal of fluctuating wind force coefficient model and power spectrum density function for bluff bodies with various corner shapes
Indoor Environment field
・ID:21212008
Shinya Morikami National Institute of Technology Toyota College Study on thermal comfort for turbulence intensity of air flow in hot environment
Indoor Environment field
・ID:21212009
Takasi Kurabuchi Tokyo University of Science Evaluation of ventilation performance and effectiveness of devices in actual block area
Indoor Environment field
・ID:21212010
Yoshihisa Momoi University of Fukui Measurement of Air Velocity and Convective Heat Transfer Coefficient for Local Body Part exposed to fluctuating flow using Thermal Manikin
Indoor Environment field
・ID:21212011
Aya Hagishima Kyushu University Study seeking for Cool-BIZ tailored to tropical countries with Islamic culture
Indoor Environment field
・ID:21212012
Weirong Zhang Beijing University of Technology Research on prediction method of indoor temperature distribution based on Contribution Ratio of Indoor Climate (CRI) and mobile sensor information
Outdoor Environment field
・ID:21212013
Biao Li Harbin Institute of Technology Study on effects of morphological parameters on urban ventilation by wind tunnel experiments and LES calculations
New Coronavirus infection control field
・ID:21212014
Kyousuke Hiyama Meiji University Natural Ventilation Design Method Utilizing Wind Catcher and Its Application After Corona Society
New Coronavirus infection control field
・ID:21212015
Masayuki Ogata Tokyo Metropolitan University Evaluation of risk of exposure to infectious aerosol particles and effectiveness of countermeasures in COVID-19
General Research Theme
Research Field・Number Representative Researcher Title of Research
Name Affiliation
Wind-Hazard Mitigation・Wind-Resistant Construction field
・ID:21213001
Yuanqi Li Tongji University Wind Pressure Distribution on Multi-slope and Multi-level Roofs of Low-rise Light-weight Steel Residential Buildings
Wind-Hazard Mitigation・Wind-Resistant Construction field
・ID:21213002
S. W. Yoon Seoul National University of Science and Technology >Aerodynamic Characteristics of retractable dome roofs with various rise-span ratios
Wind-Hazard Mitigation・Wind-Resistant Construction field
・ID:21213003
DongHun Yeo National Institute of Standards and Technology, Engineering Laboratory Effects of environmental parameters on pressure measurement via tubing systems and structural response of a building: Experimental study
Wind-Hazard Mitigation・Wind-Resistant Construction field
・ID:21213004
Go Tabuchi JAXA : Japan Aerospace Exploration Agency Displacement measurement of middle floor using global navigation satellite system
Indoor Environment field
・ID:21213005
Tomoyuki Endoh Kanto Gakuin University Prediction Method of Wind Pressure and Discharge Coefficient in Natural Ventilation Design
Indoor Environment field
・ID:21213006
Junta Nakano Tokai University Skin Temperature Characteristics and Preference of Local Wind
Fund Prepared Research
Research Field・Number Representative Researcher Title of Research
Name Affiliation
Indoor Environment field
・ID:21215001
C. S. Kim Musashino University Fundamental research for analysis of clo value using AI camera - Withdrawal
Outdoor Environment field
・ID:21215002
Ryouji Sasaki Wind Engineering Institute Study of pollutant dispersion prediction in flow field of urban area
Outdoor Environment field
・ID:21215003
Keigo Nakajima KAJIMA CORPORATION Study on method for predicting maximum instantaneous wind speed for outdoor wind environment evaluation
Indoor Environment field
・ID:21215004
Shinichi Tanabe Waseda University Accuracy Validation of Comfort Control using Sweat Thermal Manikin - Withdrawal

Open seminar and short term internships in FY2021 were canceled due to an expansion of new corona infection.