研究課題
分野・番号 |
研究代表者 |
研究課題名 |
| 氏名 |
所属機関 |
強風防災・
耐風構造
ID:24242001 |
Sabareesh Geetha Rajasekharan |
BITS-Pilani Hyderabad University,India |
Determination of tornado induced wind loads on a principal building in presence of group of adjoining structures |
強風防災・
耐風構造
ID:24242002 |
Sudha Radhika |
BITS-Pilani Hyderabad University,India |
AI/ML based Tornado Speed Determination and Prediction from the Wind-borne Debris Captured in the Tornado, using Video Processing Techniques |
強風防災・
耐風構造
ID:24242003 |
Rajesh Goyal |
NICMAR University, Pune, India |
Impact of Tornado vortex induced aerodynamic loads on structural projections in low rise buildings |
強風防災・
耐風構造
ID:24242004 |
Matza Gusto Andika |
BRIN, Aviation Technology Research Center |
Unsteady aerodynamic characteristics affecting tall buildings with varying corner shapes and side-to-side ratios |
強風防災・
耐風構造
ID:24242005 |
Luisa Pagnini, Giuseppe Piccardo |
University of Genoa |
Aeroelastic effects on idealized super-slender tall buildings characterized by square sections |
強風防災・
耐風構造
ID:24242006 |
山内 洋 |
気象研究所 |
日本版改良藤田スケールにおけるDI, DODと被害風速の評価 |
強風防災・
耐風構造
ID:24242007 |
S. W. Yoon |
Seoul National University of Science and Technology |
Aerodynamic forces and pressures of retractable roof depending on Reynolds number and internal volume |
室内環境
ID:24242008 |
Weirong Zhang |
Beijing University of Technology |
Research on transient contaminant transport prediction and personalized ventilation strategy in non-uniform environments with unsteady flow |
室内環境
ID:24242009 |
森上 伸也 |
豊田工業高等専門学校 |
発汗サーマルマネキンを用いた部位別の蒸発熱伝達率の測定 |
室内環境
ID:24242010 |
尾方 壮行 |
東京都立大学 |
感染対策としての換気・室内気流設計がエアロゾル粒子曝露量に及ぼす影響の呼吸器エアロゾル模擬装置を用いた評価 |
室内環境
ID:24242011 |
倉渕 隆 |
東京理科大学 |
実街区における非定常条件下の通風気流性状に関する研究
|
屋外環境
ID:24242012 |
Mohd Faizal Mohamad |
Universiti Teknologi MARA |
Wind tunnel investigation of the pedestrian level wind (PLW) environment within oppositely faced high-rise residential buildings |
屋外環境
ID:24242013 |
Napoleon Agasang Enteria |
Mindanao State University |
Creating an Eco-Friendly Wing Wall to Enhance Sustainability, Energy Efficiency, and Liveability in the Well-Designed High-Rise Office and Residential Buildings |
屋外環境
ID:24242014 |
Qiong Li |
South China University of Technology |
Research on thermal comfort evaluation in beach areas in hot and humid regions |
屋外環境
ID:24242015 |
Biao Li |
Harbin Institute of Technology |
Comparative study of 2D flow field between its real-scale and lab-scale in an urban boundary layer |
