Collaborative Researches in FY2026

Specific Research Theme
Research Field ・Number Representative Researcher Title of Research
Name Affiliation
Wind-Hazard Mitigation・Wind-Resistant Construction field
ID:26262001		 Jingxue Wang Beijing Forestry University Effects of trees on wind pressures on low-rise buildings under atmospheric boundary layer flow
Wind-Hazard Mitigation・Wind-Resistant Construction field
ID:26262002		 Tsuyoshi Kurita Tokyu Construction Co., Ltd Peak wind force coefficients of components and cladding acting on small aspect ratio building with a large floor area with through parts
Wind-Hazard Mitigation・Wind-Resistant Construction field
ID:26262003		 Maciej Dutkiewicz Bydgoszcz University of Science and Technology Topological Characterization of Unsteady Pressure Fields and Extreme Interference Regimes on High-Rise Buildings
Wind-Hazard Mitigation・Wind-Resistant Construction field
ID:26262004		 Hiroshi Yamauchi Meteorological Research Institute Evaluation of DIs, DODs and wind speeds for Japanese Enhanced Fujita Scale
Wind-Hazard Mitigation・Wind-Resistant Construction field
ID:26262005		 Rajesh Goyal National Institute of Construction Management and Research(NICMAR) Impact of Tornado vortex induced aerodynamic loads and wind profile on structural projections in low rise buildings
Wind-Hazard Mitigation・Wind-Resistant Construction field
ID:26262006		 Nakul Gupta National Institute of Construction Management and Research(NICMAR) Predicting Tornado vortex induced pressure coefficients and wind profile on structural projections in low rise buildings using deep neural networks
Indoor Environment field
ID:26262007		 Weirong ZHANG Beijing University of Technology Optimal Sensor Deployment for High-Resolution Indoor Field Reconstruction Under Multiple Scenarios
Indoor Environment field
ID:26262008		 Hong Hu Tokyo University of Science Self-excited ventilation induced by atmospheric boundary-layer turbulence interacting with asymmetric building envelopes
Indoor Environment field
ID:26262009		 Shinya Morikami National Institute of Technology Toyota College A Study on the Ventilation Performance Evaluation of Full-Scale Wind-Catch Sails Using the Climate Controllable Wind Tunnel
Outdoor Environment field
ID:26262010		 Mohd Faizal Mohamad Universiti Teknologi MARA Parametric Investigation of Podium-Level Wind Environment Under Varying Surrounding Building Configurations and Wind Directions
Outdoor Environment field
ID:26262011		 Yuwei Dai University of Shanghai for Science and Technology Investigation of Low-Altitude Urban Wind Environment and Its Impacts on Safe Operation of Urban Air Mobility
Outdoor Environment field
ID:26262012		 Siqi Zhou The Hong Kong Polytechnic University Towards Realistic Assessment of Dynamic Wind and Thermal Environment in Street Canyons under Coupled Effects: A Combined Wind Tunnel and Numerical Simulation Study
Outdoor Environment field
ID:26262013		 Wang Zheng Hebei University of Technology Urban Climate Evolution and Urban Thermal Environment Improvement Countermeasures in Shanghai under the Background of Urbanization and Global Warming
Cross-disciplinary field
ID:26262014		 Naoe Nishihara Japan Women's University Measurement of evaporative resistance of clothing incorporating moisture-sorption heat-generating fibers using a sweating thermal manikin
General Research Theme
Research Field・Number Representative Researcher Title of Research
Name Affiliation
Wind-Hazard Mitigation・Wind-Resistant Construction field
ID:26263001		 Yuanqi Li Tongji University Investigation on Effect of Building Layout on Extreme Wind Flow over Island Area with Strong Wind
Cross-disciplinary field
ID:26263002		 Tsubasa Ohkaze Institute of Science Tokyo Estimation of pleasantness of wind under hot-humid conditions using a potable electroencephalograph

Open seminar in FY2026