The coupling numerical model between astronomical tide and tsunamis was built based on the data of the COMCOT model, which was verified by the Japan "3·11" tsunami. The tsunami source of the Manila seis...The coupling numerical model between astronomical tide and tsunamis was built based on the data of the COMCOT model, which was verified by the Japan "3·11" tsunami. The tsunami source of the Manila seismic tsunami was designed and computed to analyze the risk of tsunami which will happen in the Guangdong coast. According to the results, the maximum quantity of water increasing and the time of the tsunami arriving at the Guangdong seacoast were calculated. The coupling simulation between astronomical tide and tsunamis has significant meaning for evaluating the risk and early-warning of tsunamis in the Guangdong coastal area.展开更多
Quantitative analysis on seismicity showed that there are several seismic dense zones in Bohai Sea. These seismic dense zones of modem small earthquakes behave prominent NE orientation, although a seismic dense zone w...Quantitative analysis on seismicity showed that there are several seismic dense zones in Bohai Sea. These seismic dense zones of modem small earthquakes behave prominent NE orientation, although a seismic dense zone with NW direction exists actually. Taking 39°N as a boundary, seismicity in the south is different from that in north of Bohai Sea. Almost all strong earthquakes and seismic dense zones are concentrated in the southern part. Based on archives and seismic dense characteristics, we amended the epicenter of strong earthquakes in 1548 and discussed about magnitude of the earthquake in 1888. Possibility of the event in 173 as a tsunami was discussed. The event in 1597 was doubted as a strong earthquake in Bohai Sea.展开更多
Iran is located in one of the seismically active regions of the world. Due to the high probability of earthquakes throughout the country and the potential for tsunami inundation along the coasts and offshore, comprehe...Iran is located in one of the seismically active regions of the world. Due to the high probability of earthquakes throughout the country and the potential for tsunami inundation along the coasts and offshore, comprehensive studies on theinteraction of these natural phenomena arc necessary, hi this study, the most conservative scenarios are determined for possible earthquakes within the Khark zone （Persian Gulf） ba.sed on experimental relations between tile fault length, magnitude and displacement, which are paralneters for deter- mining tsunamigenic sources. Subsequently, the maximum height of tstmami waves are calculated based on the specitieations of the seismic source and its distance from the shore as well as the coastal slope. A zoning map of tsunami hazard is finally presented.展开更多
基金sponsored by the Youth Fund Project of the National Natural Science Foundation of China(51509023)the Open-end Fund Project of State Key Laboratory of Hydraulic Engineering Simulation and Safety(HESS-1401)+3 种基金Major Open-end Fund Project of Key Laboratory of South China Sea Rights Protection Technology and Application,State Oceanic Administration(SCS1606)Open-end Fund of Key Laboratory of Water-Sediment Sciences and Water Disaster Prevention of Hunan Province(2017SS04)Project supported by South China Sea Branch,State Oceanic Administration for Director of Marine Science and Technology(1417)Key Founding of South China Sea Branch of State Oceanic Administration(180106)
文摘The coupling numerical model between astronomical tide and tsunamis was built based on the data of the COMCOT model, which was verified by the Japan "3·11" tsunami. The tsunami source of the Manila seismic tsunami was designed and computed to analyze the risk of tsunami which will happen in the Guangdong coast. According to the results, the maximum quantity of water increasing and the time of the tsunami arriving at the Guangdong seacoast were calculated. The coupling simulation between astronomical tide and tsunamis has significant meaning for evaluating the risk and early-warning of tsunamis in the Guangdong coastal area.
基金Social Commonweal Research Program from the Ministry of Science and Technology of China (2005DIB3J118)Colligating Science Research Project from China National Offshore Oil Corp (ZHKY2005-023).
文摘Quantitative analysis on seismicity showed that there are several seismic dense zones in Bohai Sea. These seismic dense zones of modem small earthquakes behave prominent NE orientation, although a seismic dense zone with NW direction exists actually. Taking 39°N as a boundary, seismicity in the south is different from that in north of Bohai Sea. Almost all strong earthquakes and seismic dense zones are concentrated in the southern part. Based on archives and seismic dense characteristics, we amended the epicenter of strong earthquakes in 1548 and discussed about magnitude of the earthquake in 1888. Possibility of the event in 173 as a tsunami was discussed. The event in 1597 was doubted as a strong earthquake in Bohai Sea.
基金financially supported through a contract between the Research and Development Section, Iranian Oil Terminals Company (IOTC)the International Institute of Earthquake Engineering and Seismology (IIEES)the local and logistical support by the personal of the IOTC
文摘Iran is located in one of the seismically active regions of the world. Due to the high probability of earthquakes throughout the country and the potential for tsunami inundation along the coasts and offshore, comprehensive studies on theinteraction of these natural phenomena arc necessary, hi this study, the most conservative scenarios are determined for possible earthquakes within the Khark zone （Persian Gulf） ba.sed on experimental relations between tile fault length, magnitude and displacement, which are paralneters for deter- mining tsunamigenic sources. Subsequently, the maximum height of tstmami waves are calculated based on the specitieations of the seismic source and its distance from the shore as well as the coastal slope. A zoning map of tsunami hazard is finally presented.
