火砕流熱風部の構造とその数値シミュレーション

文献

J-GLOBAL ID：200902166185700388 整理番号：94A0490225

Mechanism of the Hot Ash Clouds of Pyroclastic Flows and its Numerical Simulation Methods.

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著者 (3件)： , ,
資料名：
巻： 47 号： 1 ページ： 14-20 発行年： 1994年05月
JST資料番号： G0196A ISSN： 0286-8385 資料種別：逐次刊行物 (A)
記事区分：原著論文発行国：日本 (JPN) 言語：英語 (EN)

火砕流熱風部は本体部と同様に高温・高速であり,流路の屈曲部で...

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自然災害

引用文献 (8件)：

1) Takahashi, T. (1986) : Pyroclastic Flows and Debris Flow Mechanisms, Characteristics of, and Damage from Dry Particle Flows (including Pyroclastic Flows) from Volanic Eruptions: Proc. Research of Natural Disaster Special Projects, No. A-61-1, pp. 43-53
2) Takahashi, T. (1986) : Flow Equations of Pyroclastic Flows and Experimental Study on the Meaning of Auto-Suspension, Characteristics of, and Damage from Dry Particle Flows (including Pyroclastic Flows) from Volcanic Eruptions: Proc. Research of Natural Disaster Special Projects, No. A-61-1, pp. 55-60
3) Yamada, T. , Miyamoto, K. , and Mizuyama, T. (1991) : Mechanism of Pyroclastic Flows and its Numerical Simulation, Journal of the Japan Society of Erosion Control Engineering, Vol. 44. No, 3. pp. 20-27
4) Ishikawa, Y. , Yamada, T. , and Yajima, S. (1991) : Studies on the Mechanism of Pyroclastic Flows, Numerical Simulation, and Protective Measures: Public Works Research Institute Technical Memorandum, No. 3005
5) Ishikawa, Y. , Yamada, T. , and Yajima, S. (1993) : Kinetic Characteristics of Main Bodies and Hot Ash Clouds of Pyroclastic Flows at Mt. Unzen, Civil Engineering Journal, Vol. 35, No. 6

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