- Collaborative Researches in 2013
- Collaborative Researches in 2014
- Collaborative Researches in 2015
- Collaborative Researches in 2016
- Collaborative Researches in 2017
- Collaborative Researches in 2018
- Collaborative Researches in 2019
- Collaborative Researches in 2020
- Collaborative Researches in 2021
- Collaborative Researches in 2022
- Collaborative Researches in 2023
Inquiry
Tokyo Polytechnic University
Wind Engineering Research Center Office
5-45-1 Iiyamaminami, Atsugi, Kanagawa, Japan 243-0297
Phone: +81 (0) 46 242 9658
E-mail：
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) - Withdrawal |
| 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 scenarios 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 | Proposal of fluctuating wind force coefficient model and power spectrum density function of bluff bodies with various corner shapes |
| Indoor Environment field ・ID:20202006 |
Sheikh Ahmad Zaki Bin Shaikh Salim | University of Technology Malaysia | Study seeking 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 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 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 meteorological 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 - Withdrawal |
| 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 Endo | Kanto Gakuin University | Study on usefulness of artificial intelligence (AI) in natural ventilation design |
| Outdoor Environment field ・ID:20203006 |
Akashi 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 - Withdrawal |
| Cross disciplinary field ・ID:20203009 |
Naoki Ikegaya | Kyushu 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 |