Collaborative Researches in 2022 FY
Specific Research Theme
Research Field ・Number | Representative Researcher | Title of Research | |
---|---|---|---|
Name | Affiliation | ||
Wind-Hazard Mitigation・Wind-Resistant Construction field ・ID:22222001 |
Hiroshi Niino | Tokyo University | Evaluation of DIs, DODs and wind speeds for Japanese Enhanced Fujita Scale |
Wind-Hazard Mitigation・Wind-Resistant Construction field ・ID:22222002 |
Q. S. Yang | Chongqing University | Crosswind responses and aerodynamic damping of inclined high-rise buildings with large aspect ratio |
Wind-Hazard Mitigation・Wind-Resistant Construction field ・ID:22222003 |
Akira Katsumura | Wind Engineering Institute | Propose of fluctuating wind force coefficient model and power spectrum density function of high-rise buildings with various corner shape. |
Wind-Hazard Mitigation・Wind-Resistant Construction field ・ID:22222004 |
Sabareesh Geetha Rajasekharan | BITS-Pilani, Hyderabad Campus, India | Determining design wind loads on typical structures exposed to tornado like flow |
Wind-Hazard Mitigation・Wind-Resistant Construction field ・ID:22222005 |
Rajesh Goyal | National Institute of Construction Management and Research | Impact of tornado vortex induced aerodynamic loads on structural projections in low rise buildings |
Indoor Environment field ・ID:22222006 |
Shinya Morikami | National Institute of Technology Toyota College | Study on sweating and evaporative model and skin wettedness by using sweating thermal manikin |
Indoor Environment field ・ID:22222007 |
Weirong Zhang | Beijing University of Technology | Study on Multi-vent based Adaptive Ventilation (MAV) for demand-oriented indoor environment |
Indoor Environment field ・ID:22222008 |
Yoshihisa Momoi | University of Fukui | Measurement of Convective Heat Transfer Coefficient and Static Pressure for Local Body Part Exposed to Fluctuating Flow using Thermal Manikin |
Indoor Environment field ・ID:22222009 |
Takasi Kurabuchi | Tokyo University of Science | Evaluation of ventilation performance and effective effectiveness of devices in actual block area |
Outdoor Environment field ・ID:22222010 |
Biao Li | Harbin Institute of Technology | Comparison between large scale PIV experiment and wind tunnel PIV experiment of a cube |
Outdoor Environment field ・ID:22222011 |
Yu Zhao | Dalian University of Technology | The characteristics of turbulence and pollution diffusion inside urban street canyon based on vehicle canopy model |
New Coronavirus infection control field ・ID:22222012 |
Motoya Hayashi | Hokkaido University | Conditions for preventing the exfiltration of floating aerosol through open and close doors of isolation rooms |
New Coronavirus infection control field ・ID:22222013 |
Masayuki Ogata | Tokyo Metropolitan University | Evaluation of infection risk and effectiveness of infection prevention measures based on modes of exposure to infectious respiratory aerosol particles |
New Coronavirus infection control field ・ID:22222014 |
Kyousuke Hiyama | Meiji University | Improvement of ventilation efficiency by optimal planning of natural ventilation pathways using wind catchers and its application to countermeasures against infectious spread |
General Research Theme
Research Field・Number | Representative Researcher | Title of Research | |
---|---|---|---|
Name | Affiliation | ||
Wind-Hazard Mitigation・Wind-Resistant Construction field ・ID:22223001 |
Go Tabuchi | JAXA : Japan Aerospace Exploration Agency | Displacement measurement of middle floor using global navigation satellite system |
Wind-Hazard Mitigation・Wind-Resistant Construction field ・ID:22223002 |
S. W. Yoon | Seoul National University of Science and Technology | Wind pressure characteristics of retractable dome roofs depending on various wind environments |
Outdoor Environment field ・ID:22223003 |
Mohd Faizal Mohamad | Universiti Teknologi MARA | PIV measurement of flow within vertically stratified isolated building with various floor opening locations |
Fund Prepared Research
Research Field・Number | Representative Researcher | Title of Research | |
---|---|---|---|
Name | Affiliation | ||
Indoor Environment field ・ID:22225001 |
Junta Nakano | Tokai University | Evaluation of Thermal Effect of Draft Using Thermal Manikin |
Outdoor Environment field ・ID:22225002 |
Keigo Nakajima | KAJIMA CORPORATION | Study on method for predicting maximum instantaneous wind speed for airflow in various types of outdoor spaces |