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 |