Characteristics of the Heavy Rainfall Disaster in Central Taiwan, July 29 to 30, 2001.
スポンサーリンク
概要
- 論文の詳細を見る
Typhoon No.0108 (Toraji) struck central Taiwan July 29 to 30, 2001, and caused a heavy rainfall disaster. In Hualien and Nanto prefectures hourly precipitation of more than 100mm lasted 3 hours, and the total precipitation was more than 500 mm. As a result heavy debris flows occurred in many places in both prefectures, and severe flooding occurred due to both overtopping flow and bank breaches, in Nanto Prefecture. Owing these flood and sediment disasters, more than 210 persons were killed or missing and severe damage was done throughout the country. Typhoon No.9608 (Herb) had struck this same area in July 1996, and rainfall stronger than that of the 2001 event was recorded. The damage done by typhoon No.0108, however, was greater than that done by typhoon No.9608.
- 日本自然災害学会の論文
著者
-
NAKAGAWA Hajime
Disaster Prevention Research Institute, Kyoto University
-
Toda Keiichi
Disaster Prevention Research Institute Kyoto University
-
USHIYAMA Motoyuki
Disaster Control Research Center, Gradate School of Engineering, Tohoku University
-
Ushiyama Motoyuki
Disaster Control Research Center Gradate School Of Engineering Tohoku University
-
Nakagawa H
Disaster Prevention Research Institute Kyoto University
-
Nakagawa Hajime
Disaster Prevention Research Institute Kyoto University
-
Nakagawa Hajime
Associate Professor Disaster Prevention Research Institute Kyoto University
-
Nakagawa Hajime
River Disaster Prevention System, Research Center for Fluvial and Coastal Disasters, Disaster Prevention Research Institute, Kyoto University
関連論文
- 落差工の改変による上流部の河床応答特性に関する実験的考察(2008年度論文奨励賞受賞記念論文)
- 非構造格子を用いた流れと河床変動の二次元解析
- 画像処理方式による礫床河川の粒度分布測定装置の開発
- 山地・河川・海岸系における物質動態に関する研究 (第2報)
- 水制周辺の局所洗掘に関する3次元数値モデル
- 住区内での浸水を考慮した洪水氾濫の実験と解析
- 地下空間を含む都市洪水氾濫に関する水理模型実験
- On the Formation of Stable River Course
- 三次元非構造格子を用いたレイノルズ方程の有限体積解放について
- 非構造格子を用いた非線形k-εモデルによる流れの3次元解析
- 都市における洪水氾濫 ―大規模な洪水氾濫模型装置を用いた実験と解析―
- Channel Stabilization Using Bandalling
- 2001年7月台湾で発生した土砂災害
- 2001年台風0108号「桃芝」による台湾での土砂災害
- はじめに(雲仙普賢岳の火山災害10周年 : 火山災害がもたらしたもの)
- 透過性砂防ダムによる土石流堆積シミュレーション
- 貯水池における混合粒径材料の堆積とその排除法
- 1999年ベネズエラのカムリグランデ流域で発生した土砂災害について-数値シミュレーションによる再現計算と砂防施設配置効果の評価-
- Flood and Sediment Disasters Triggered by 1999 Rainfall in Venezuela; A River Restoration Plan for an Alluvial Fan
- 中小河川の洪水氾濫対策に関する研究 : 1998年8月新潟下越地方における豪雨災害を例として
- Characteristics of the Heavy Rainfall Disaster in Central Taiwan, July 29 to 30, 2001
- INUNDATION ANALYSIS OF COMPLICATED UNDERGROUND SPACE
- Biomechanical Analysis of Walking through a Hallway under Flooded Conditions
- 貯水池の水を利用した堆砂防止法の研究
- 格子型砂防ダムの閉塞モデル
- 地震時の斜面崩壞に対する基盤面形状の影響に関する研究
- 混合砂礫床の侵食過程に関する研究
- 粘性土石流の流動機構に関する研究(3) -土石流サージの形成と伝播-
- 平成9年度鹿児島県出水市針原川で発生した土石流災害について
- 地震外力を考慮した斜面崩壊に関する実験的研究
- ESTIMATION OF A DEBRIS FLOW HYDROGRAPH AND ANALYSIS OF EVACUATION ACTION USING GIS
- HYDRAULIC MODEL TEST OF INUNDATION WATER INTRUSION INTO COMPLICATED UNDERGROUND SPACE
- An Internet-based Real-time Heavy Rainfall Display System
- この10数年で何が得られたか-自然災害科学の世紀の節目と新世紀-
- 1998年中国長江の洪水災害について
- 河口域における災害水理--高潮と津波に対する防災面からのアプローチ (特集 海岸--川とのつながりを見つめて)
- Complex Fluid-Sediment Interactions in Fluvial and Coastal Environments
- FIELD INVESTIGATION OF DISASTERS IN SRI LANKAN RIVERS CAUSED BY THE 2004 INDIAN OCEAN TSUNAMI
- Numerical Simulation on Debris-Flow Deposition and Erosion Processes Upstream of a Check Dam with Experimental Verification
- 1998年8月新潟下越豪雨災害に関する調査研究
- Heavy Rainfall Disaster in Eastern Japan Caused by Typhoon 0206 from July 9 to 12, 2002
- Characteristics of the Heavy Rainfall Disaster in Central Taiwan, July 29 to 30, 2001.
- VELOCITY MEASUREMENTS IN A RIVER WITH A SERIES OF GROYNES BY A SHIP-MOUNTED ADCP
- 湾内に流出した流木群の挙動解析
- 貯水池流域における土砂流出予測の諸問題 (総特集 山地・河川・海岸を通じての物質移動--その環境・防災科学的意義)
- Undetermined Coefficient Method for Higher Order Scheme
- Complex Fluid-Sediment Interactions in Fluvial and Coastal Environments -Part 4
- はたして神の思し召しか? : バングラデシュでの高潮災害
- BEHAVIOR OF DRIFTWOOD AND THE PROCESS OF ITS DAMMING UP
- STORM SURGE FLOODING IN CITIES IN THE OSAKA BAY AREA
- ASSESSMENT OF EVACUATION SYSTEMS FOR WATER OR MUD FLOODS : A COMBINED SIMULATION OF FLOODING AND THE ACTION OF RESIDENTS
- A rainfall-sediment-runoff model in the upper Brantas River, East Java, Indonesia
- 河川氾濫
- 数値シミュレーションとその活用 : 天然ダム決壊による洪水・土砂災害の危機管理に役立てよう
- 落差工の改変による上流部の河床応答特性に関する実験的考察(2008年度論文奨励賞受賞記念論文)
- AM06-07-006 非構造格子を用いた有限体積法による河川構造物を伴う流れ場と河床変動の解析 : 水制等による河川再生のための土砂管理に向けて(移動床の流体力学(2),一般講演)
- Prediction of Flood/Debris Flow Hydrograph Due to Landslide Dam Failure by Overtopping and Sliding
- Effects of Groins on the Flow and Bed Deformation in Non-Submerged Conditions
- Study on Landslide Dam Failure by Sliding
- SAFETY ANALYSIS OF EVACUATION ROUTES CONSIDERING ELDERLY PERSONS DURING UNDERGROUND FLOODING
- CRITERION AND ITS APPLICATION FOR SAFETY EVACUATION DURING UNDERGROUND FLOODING
- NUMERICAL AND EXPERIMENTAL ANALYSIS ON DEPOSITION PROCESS OF DEBRIS FLOW WITH DRIFTWOOD ON THE FAN
- Experimental Study on Validation of Combined Model for Urban Inundation Analysis
- Numerical and Experimental Study on Debris-flow breaker
- Study of the Characteristics of the Flow around a Sequence of Non-Typically Shaped Spur Dikes Installed in a Fluvial Channel
- Upstream Channel Responses due to Partial Removal of a Weir
- STUDY ON LOCAL SCOUR AND VARIATION OF BED COMPOSITION AROUND NON-SUBMERGED SPUR DYKE
- Three Dimensional Transient Seepage and Slope Stability Analysis of Landslide Dam
- Scour around Spur Dyke: Recent Advances and Future Researches
- Hazard Zone Mapping in Respect to the Damages to Wooden Houses due to Breaking of Levee
- Three-dimensional numerical analysis to predict behavior of driftage carried by tsunami