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作者(外文):Han Wu
論文名稱(外文):The Development of the Earthquake Tsunami Relationship Analysis and the Study of Potential Tsunami Threat in Taiwan
指導教授(外文):Tso-Ren Wu
中文關鍵詞:COMCOTSeismic-Tsunami Relationship1771八重山地震1604泉州地震
外文關鍵詞:COMCOTSeismic-Tsunami Relationship1771 Yaeyama Earthquake1604 Quanzhou Earthquake
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台灣位於環太平洋地震帶之西側,歷史上多起重大災難性地震海嘯發源於此處,因此台灣之海嘯研究為一重要之議題。為清楚了解台灣之海嘯潛在威脅,本研究研發地震-海嘯關係圖 (Seismic-Tsunami Relationship, STR),分析可能之海嘯危害。STR以影響強度分析法 (Impact intensity Analysis, IIA) 為基礎,將研究區域以 Cornell Multi-grid Coupled Tsunami Model (COMCOT) 進行單元海嘯源之格林函數計算,計算結果以最大波高整理為IIA分布圖,並以地震尺度關係式 (Source-Scaling Relationship) 對照出等價之地震矩規模。透過STR,可快速評定各地點之海嘯威脅程度,除可排除無風險或低風險之區域外,更可精確掌握海嘯源之敏感區域。
Taiwan is located on the west side of the Circum-Pacific Seismic Zone in which numerous of the catastrophic earthquake tsunamis were originated. As a result, the tsunami hazard evaluation is one of the important issues. In order to understand the tsunami threat to Taiwan in the surrounding waters, “Seismic-Tsunami Relationship” (STR) was developed to visualize any impact of possible tsunami hazards. “Cornell Multi-grid Coupled Tsunami Model” (COMCOT) was applied to calculate the Greens Function of each unit tsunami. The calculated results are arranged at the maximum wave height as IIA distribution. The corresponding magnitude MW of the result in the equivalent intensity was replaced with the “Source-Scale Relationship”. Through the STR, The tsunami threat can be quickly assessed in study areas. In addition to excluding risk-free or low-risk areas, an accurate distribution of the tsunami sensitive area can be obtained.
The Quanzhou Earthquake in 1604 and the Yaeyama Earthquake in 1771 which both generated tsunamis and were recorded in their local area, while there is no relevant documentary record in Taiwan. Scenarios analysis and STR method were applied to understand the events in this study as well. According to the results, The western coast of Taiwan along Taipei to Tainan is facing the tsunami threat from the Taiwan Strait; the northeast Taiwan (Yilan region) is sensitive to the tsunami threat in the eastern waters of Taiwan. As for the eastern Taiwan, Hualien and Taitung are facing the tsunami threat from the Ryukyu Trench and Yap Trench, respectively.
中文摘要 V
Abstract VI
致謝辭 VII
圖目錄 XI
表目錄 XVII
第1章 緒論 1
1.1. 前言及研究動機 1
1.2. 文獻回顧 5
1.2.1. 泉州地震海嘯研究 5
1.2.2. 八重山地震海嘯研究 9
1.3. 研究方法 20
第2章 模式介紹與數值方法 21
2.1. 地震-海嘯關係圖 21
2.1.1. 單元海嘯事件 22
2.1.2. 影響強度分析法 26
2.1.3. 體積通量法及海嘯源逆向追蹤法 29
2.1.4. 地震海嘯關係圖之繪製方法與流程 33
2.2. 模式簡介 38
2.2.1. 統御方程式 39
2.2.2. 多層套疊巢狀網格系統 42
2.2.3. 移動邊界法 43
第3章 方法驗證 46
3.1. 單元海嘯各參數對其結果之影響 46
3.2. 地震海嘯關係圖之驗證 51
3.3. 海嘯分析方法之比較 64
第4章 案例之模擬分析及對台灣之影響 72
4.1. 古海嘯之案例還原 72
4.1.1. 1604年泉州地震海嘯 72
4.1.2. 1771年八重山地震海嘯 80
4.2. 利用地震海嘯關係圖分析台灣各地區面臨之潛在海嘯危害 96
第5章 結論與建議 125
5.1. 結論 125
5.2. 建議 126
第6章 參考文獻 127

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