KUSAKA Hiroyuki
- Conference, etc.
- Developing prediction model of number of heat stroke patients and future prediction of heat stroke risk in Japan.
Kusaka Hiroyuki
AGU Fall Meeting/2020-12-15--2020-12-15 - 都市気象シミュレーションCity-LESにおける詳細モデル計算のGPU高速化
菊池 航平; 渡邉 孔英; 朴 泰祐; 佐藤 拓人; ドアン グアンヴァン; 日下 博幸
第179回情報処理学会ハイパフォーマンスコンピューティング研究会/2021-05 - Development of the city-scale large eddy simulation model (City-LES) for evaluating heat stress mitigation measures
Kusaka Hiroyuki; Ikeda Ryosaku; Sato Takuto; Iizuka S...
JpGU 2022/2022-06 - 都市気象Large-eddy simulationモデルのための地表面温度スピンアップ手法の考察
佐藤 拓人; 日下 博幸
2023年度日本建築学会大会学術講演会/2023-09 - ドライミスト効果を持つ都市気象コードのGH200 vs Xeon+H100上の性能比較
阿部 崇人; 佐藤 拓人; 朴 泰祐; 藤田 典久; 日下 博幸
第199回ハイパフォーマンスコンピューティング研究発表会/2025-05-12--2025-05-12 - 200 m 高気象観測鉄塔データを用いた大気安定度の比較―日本国内の一般的な風況観測高度とハブ高・ローター面高度の比較―
静居竜大; 内田孝紀; 日下 博幸
第 46 回風力エネルギーシンポジウム/2024-11-28--2024-11-29 - 壁面緑化による熱ストレス緩和効果の評価
野本実奈; 日下 博幸
第81回気候影響・利用研究会/2025-04-26--2025-04-26 - 工学分野で用いられる乱流スキームの利用可能性.
根本駿; 日下 博幸
第81回気候影響・利用研究会/2025-04-26--2025-04-26 - 局地風『六甲おろし』が発生する気圧配置とその発生メカニズム
安倍啓貴; 日下 博幸; 畔上泰彦; 田中英之
2025年日本地理学会春季学術大会/2025-03-19--2025-03-21 - タイ・バンコクの都市化が雲量に与える影響
鈴木信康; 日下 博幸
2025年 日本地理学会春季学術大会/2025-03-19--2025-03-21 - mproving wind and thermal environment reproducibility of large eddy simulations using windward vertical wind profile observations.
浅野裕樹; 中村祐輔; KUSAKA Hiroyuki
The 4th Asian Conference on Meteorology (ACM) 2024/2024-11-18--2024-11-20 - Which do the beneficial local winds of Japan "Obonaidashi" bring warmth or coolness?
工藤達貴; KUSAKA Hiroyuki
The 4th Asian Conference on Meteorology (ACM) 2024/2024-11-18--2024-11-20 - Assessing the Impact of Urbanization on Extreme Heat Events in Metro Manila Using WRF-UCM
Magnaye Angela; KUSAKA Hiroyuki
The 4th Asian Conference on Meteorology (ACM) 2024/2024-11-18--2024-11-20 - Evaluating the accuracy of the WRF model using highresolution LULC data during heat waves in Colombo.
Sathsara Kandambige Thisara Lakshan; KUSAKA Hiroyuki
The 4th Asian Conference on Meteorology (ACM) 2024/2024-11-18--2024-11-20 - A novel downscaling approach for urban climate: Land-surface-physics-based downscaling
KUSAKA Hiroyuki; Xue Lingbo; Van Doan Quang; He Cenli...
The 4th Asian Conference on Meteorology (ACM) 2024/2024-11-18--2024-11-20 - The climatological features and three-dimensional structure of local winds "Rokko-oroshi" in Japan
安倍啓貴; KUSAKA Hiroyuki; 畔上泰彦; 田中英之
The 4th Asian Conference on Meteorology (ACM) 2024/2024-11-18--2024-11-20 - Impact of urban areas on convective precipitation in the Kinki region.
青田優希; KUSAKA Hiroyuki
The 4th Asian Conference on Meteorology (ACM) 2024/2024-11-18--2024-11-20 - The impact of urbanization on precipitation in Ho Chi Minh City, Vietnam
長谷部俊; 日下 博幸
The 4th Asian Conference on Meteorology (ACM) 2024/2024-11-18--2024-11-20 - The impact of urbanization on precipitation in Ho Chi Minh City, Vietnam
KUSAKA Hiroyuki
The 4th Asian Conference on Meteorology (ACM) 2024/2024-11-18--2024-11-20 - Characteristics of the local wind "Watakushi-kaze" in Uwajima City, Ehime Prefecture
井谷慧人; KUSAKA Hiroyuki
The 4th Asian Conference on Meteorology (ACM) 2024/2024-11-18--2024-11-20 - Evaluation of heat environment on artificial turf grounds
松本現; 高橋日出男; KUSAKA Hiroyuki
The 4th Asian Conference on Meteorology (ACM) 2024/2024-11-18--2024-11-20 - Study on local winds “Suttsu-dashi” climatological and case study
大野哲弥; KUSAKA Hiroyuki
The 4th Asian Conference on Meteorology (ACM) 2024/2024-11-18--2024-11-20 - Predictability of atmosphere low visibility events using ML-based algorithm.
Pang Bo; 日下 博幸
The 4th Asian Conference on Meteorology (ACM) 2024/2024-11-18--2024-11-20 - Creation of local climate zone maps for Japanese cities.
高畠亮; 中村祐輔; KUSAKA Hiroyuki
The 4th Asian Conference on Meteorology (ACM) 2024/2024-11-18--2024-11-20 - Synergy between urban heat island and heat waves: The Greater Kuala Lumpur, Malaysia
Syed Mahbar Sharifah Faridah Binti; KUSAKA Hiroyuki
The 4th Asian Conference on Meteorology (ACM) 2024/2024-11-18--2024-11-20 - more...
- Developing prediction model of number of heat stroke patients and future prediction of heat stroke risk in Japan.