Rchr
J-GLOBAL ID:200901051514128962
Update date: Oct. 31, 2024
Himoto Keisuke
ヒモト ケイスケ | Himoto Keisuke
Affiliation and department:
Research field (2):
Architectural and city planning
, Construction environment and equipment
Research keywords (1):
防災計画
Research theme for competitive and other funds (10):
- 2022 - 2024 避難安全計画に関するエキスパートジャッジメントのヒートマップによる可視化手法
- 2020 - 2022 Development of a novel framework for the fire safety design of buildings by introducing the risk concept into the performance ranking system
- 2017 - 2021 Occurrence probability of the gigantic fire whirls observed in the 1923 Kanto Earthquake in contemporary cities
- 2013 - 2016 Development of a Statistics-based Spatio-temporal Population Distribution Model and its Application to the Risk Assessment of Natural Disasters
- 2012 - 2015 Application of Paragraph 3, Article 42 of the Building Standard Law for the Preservation of Alleys in Historic Districts and Verification of Supplementary Fire Safety Regulations
- 2009 - 2012 Risk Assessment System for Residents?Evacuation FiresFollowing A Severe Earthquake in Urban Area
- 2010 - 2011 On the Improvement of Measures for Fires Following Earthquakes Applied to Historical Buildings
- 2008 - 2009 Fire Safety Design for a Group of Traditional Wooden Houses in Harmonization with its Historical Cityscape
- 2004 - 2005 都市火災の物理的延焼予測モデルの開発と防災性能評価システムとしての実用化
- 歴史環境と調和した防災まちづくり
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Papers (51):
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Keisuke HIMOTO, Yuto SAWADA, Yoshifumi OHMIYA. Quantifying fire resilience of buildings considering the impact of water damage accompanied by fire extinguishment. Reliability Engineering & System Safety. 2024
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Keisuke Himoto, Yoshihiko Hayashi. Hierarchical Bayesian approach to developing probabilistic models for generation and transport of firebrands in large outdoor fires under limited data availability. Fire Safety Journal. 2022
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Keisuke Himoto, Keichi Suzuki. Computational framework for assessing the fire resilience of buildings using the multi-layer zone model. RELIABILITY ENGINEERING & SYSTEM SAFETY. 2021. 216
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Keisuke Himoto, Tatsuya Iwami. Generalization framework for varying characteristics of the firebrand generation and transport from structural fire source. Fire Safety Journal. 2021. 125. 103418-103418
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Keisuke Himoto. Temperature elevation and trajectory in the downwind region of rectangular fire sources in cross-winds. Fire Safety Journal. 2020. 116
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MISC (79):
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樋本 圭佑. 防火地域等に指定される市街地における大規模火災リスクの評価・低減 : 2020年日本建築学会賞(論文)を受賞して. 建築の研究. 2020. 254. 13-17
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樋本 圭佑. 3139 火災被害を受けた建築物の機能継続性能評価に関する基礎的検討. 防火. 2020. 2020. 283-284
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樋本 圭佑. 防火地域等に指定される市街地における大規模火災リスクの評価・低減に関する研究. 建築雑誌. 2020. 1740. 45
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樋本 圭佑. 防火地域または準防火地域内の建築物に関する技術的基準-特集 変わる木造建築物の防耐火設計 ; 建築基準法2018年改正の概要. 建築技術. 2019. 837. 80-85
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樋本 圭佑. 糸魚川市において大規模火災が発生した背景について-On the Context behind the Occurrence of a Large Fire in Itoigawa City-特集 糸魚川市大規模火災からの教訓(続編). 火災 : 日本火災学会誌 / 日本火災学会 編. 2017. 67. 5. 8-13
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Professional career (1):
Association Membership(s) (3):
International Association for Fire Safety Science
, 日本火災学会
, 日本建築学会
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