... the downstream is affected by the typhoons and hydraulic engineering. INTRODUCTION In the prevention and mitigation of coastal zones, the design of flood control tide level is a very critical task. As a key parameter for design tide level calculation, maximum tide level is also an important basis for coastal...

... ABSTRACT Offshore drilling activates have been significantly impacted by severe weather conditions as oil and gas development has moved into deeper water. Under the situation of imminent arrival of a typhoon, emergency retrieval of the whole drilling riser string is time consuming and tedious...

... ABSTRACT For offshore oil and gas production platforms in South China Sea, each year during the typhoon season from July to September many platforms shall be shut down before typhoon's arrival. However, it will result in much production loss for several days sometimes more than one week...

... ABSTRACT A well-validated wave-current interaction model of the Yangtze River Estuary (YRE) was established based on the hydrodynamics and the spectral wave module of MIKE21 to simulate the effects of typhoon Fongwong on the temporal and spatial variation of the storm surge in the YRE...

... japan government future climate wave height breakwater asia government storm surge return period climate change extreme probability port facility future change nagoya port wave force probability offshore wave height external force simulation typhoon seawall hindcast...

... storm surge japan government artificial intelligence upstream oil & gas machine learning wave height simulation high wave probability distribution future climate osaka bay major bay hindcast typhoon future change characteristic sst maximum storm surge asia government...

... sample kaiyo two-sample kolmogorov-smirnov test typhoon non-exceedance probability distribution ABSTRACT It is necessary to estimate extreme values of storm surges and high waves in the future climate and evaluate their dispersion for evaluating the future risks of storm surges and high waves...

... ABSTRACT This paper first reviews (1) the storm surge and wave disasters in the coastal and port areas of Osaka Bay and Tokyo Bay in Japan in 2018 and 2019, respectively and (2) two intensity levels of typhoons for coastal defense design and evacuation planning. Then, the paper summarizes...

..., the design water level is the storm surge of a scenario typhoon on the mean monthly-highest water level (HWL) or the highest high water level. Typhoon Vera is generally adopted as a scenario typhoon. In the conventional method, therefore, the external force is calculated with the combination of the design...

... and mitigation (Kuang, 2015, Wang, 2018). storm surge extreme storm surge calculation model reservoir simulation typhoon sea level rise flood sea dike estuary yangtze estuary coefficient wind speed changxing island shanghai yangtze river estuary Proceedings of the Thirty-second (2022...

... Abstract The Yangtze Estuary (YE) is normally affected by typhoons in summer and cold waves in winter, and it will impact sediment exchange and transport obviously, especially near those shallow areas and shoals. The middle and lower reach of the North Passage, is the concentrated siltation...

... water level subsidence storm surge tianjin astronomical tide ocean wave bohai bay typhoon water level increase extratropical cyclone wave height recurrence interval high tide water level tide water level Abstract Using 55–year (1965–2019) tidal data observed at Tanggu Marine...

... Abstract Based on the advanced circulation (ADCIRC) model, a storm surge model from the tidal range limit (Datong station) of the Yangtze River to the East China Sea is established to study the effect of severe storm surge events on the Yangtze Estuary. Typical hypothetical typhoons...

... ABSTRACT This paper reviews major typhoon-induced coastal disasters and countermeasures in Japan since 1950s and introduces some research works on their technical issues. It includes Typhoon Vera in 1959 triggering a storm surge flood and taking approximately 5,000 lives away, the development...

... ABSTRACT Typhoon is one of the most destructive extreme natural disasters. Because of the irresistibility of typhoon disaster, forecasting the transfer path of the typhoon in advance is the most effective way to protect human life and security. Commonly, the numerical simulation method...

... on the long-term data statistical characteristics, an analysis and study of the operation weather window was proposed in this paper, and a project in the South China Sea was taken as an example. The seasonal variation of wave height, monthly frequency of typhoon influence, daily occurrence probability...

... Response of Wave Characteristics to Binary Typhoons in South China Sea Zelin Cheng, Fumin Xu*, Chi Zhang Key Laboratory of Coastal Disaster and Defense, Ministry of Education, College of Harbor, Coastal and Offshore Engineering, Hohai University Nanjing, China William Perrie Fisheries & Oceans...

... Engineering, Hohai University, Nanjing, China ABSTRACT To assess the probability of flood embankment in Dafeng Port under typhoon conditions, a high-resolution numerical model of the Radial Sand Ridges area is established to simulate the extreme high-water levels. The extreme water level higher than...

... function of meteorological field and improving free surface condition. We calculated storm surges in Seto Inland Sea caused by two previous typhoons, Japan, which are Typhoon No. 16 in 2004 (T0416) and Typhoon No. 14 in 2005 (T0514), and compared the numerical results with the field observation ones...

... ABSTRACT In July 2018, a disastrous storm along Osaka Bay, Japan, was caused by the Typhoon Jebi. The maximum height of observed sea level including storm surge was 3.29 m at Osaka. This value exceeded the highest record at Osaka caused Typhoon Nancy in 1961, whereas the maximum instantaneous...