... indicated that semi-diurnal and diurnal tidal currents were ∼4.1 times stronger at the seamount summit compared to the same depth on the slope and base. Modeling suggested that internal tides caused enhanced tidal currents at the summit and that tidal current strength varies ∼9.6 times within the summit...

... computational efficiency engineering equation reservoir simulation modeling & simulation tide ebb tide flood tide computational physics local time-stepping journal application breakwater hydrodynamic modeling grid accuracy ABSTRACT This paper demonstrates...

... ABSTRACT A three-dimensional high-resolution internal tidal model was constructed based on MITgcm and used to simulate the internal tide in the northern SCS. The simulated internal tides reproduce the magnitude and variation characteristics of the isotherm fluctuations and velocity observed...

... in the land slope region west of Dongsha Island in the northern South China Sea (SCS) during 2021 were utilized to analyze the distribution characteristics of tidal and internal solitary waves in the oil and gas exploration area. The internal tides show surface-bottom intensified baroclinic mode-1 structure...

... distributions of vegetation features based on Delft3D in this paper to analyze the influence of vegetation on hydrodynamics. In general, hydrodynamics around coastal wetlands was changed due to the interactions of vegetation and tide. Water level was raised and flow velocity was decreased due to the presence...

... different discharge modes. The results show that for the same amount of pollution, when the water level is controled to be above 0m and the gates of 1#~4#culvert bridges are opened the pollutants in the island will oscillate between the artificial island and the shore under the action of ebb and flood tide...

...-UM3 model. Sheng and Hodgins (2004) coupled the circulating water quality model with the sewage plume model to predict the dilution near the sewage outlet. reservoir simulation diffusion sea area diagram water management hydrodynamic model tide concentration calculation coefficient...

... and eastward. accumulation of finer surface sediment there. Qiqu Archipelago Channel, English Channel and Texel Inlet have similar characteristics Hydrodynamic Characteristics to this conceptual model of a tidal channel. At flood tide, it will be assumed the tidal current flows in from the east KEY WORDS...

... et al., project on the salinity front in the North Passage (NP). The main finds: 2008, Moon et al., 2009). According to these previous studies, the runoff (1) The DWC increases the salinity due to the salt-water intrusion from and tide are major forces controlling the salinity front, however...

... on the South Channel. channelized ditch shoal ecological reserve yuan shi sand tail contour sediment transport south passage sediment proportion estuary diffusion distance sediment concentration ecological red line erosion tide jyss Proceedings of the Thirty-first (2021) International...

... that the simulated tidal elevation indicates a meshes, and mesh refinement is carried out in the region around the satisfactory agreement with measurements. Only a few deviations occur turbine array and observation stations. The resolution of the mesh during the spring tide, and the maximum relative error is about...

... station tide yangtze estuary typhoon sediment concentration current velocity sediment transport runoff north passage neap tide sediment flux near-bottom high ssc ssc boundary layer high ssc observation period Proceedings of the Thirty-first (2021) International Ocean and Polar...

... and Yamakuni River Banks and serious flood damage in Hita and Nakatsu cities (Yamato et al., 2013). particle major tidal component suo nada direct wind tide yamakuni river numerical simulation ube port reservoir simulation marine debris low tide prefecture river discharge kanmon strait...

... that a large runoff discharge would bring phenol downstream faster, causing a longer propagation path and higher concentration, while the oscillation induced by tide would enhance the dilution but increase the impact duration of accidental incidents. The worst condition for two drinking water sources...

... water level can not only be used to validate the hydrodynamic models but also it can provide the open boundary conditions to hydrodynamic models. With the development of the research of estuarine tides, upstream river discharge data can even be estimated from the estuarine water levels records...

... on the sea floor. The turbulent intensity (ε) near the sea bottom changed from 10 −10 to 10 −7 (W kg −1 ) and the maximum ε value was observed from a flood tide between ebb tides. Moreover, the ε was relatively strong around the bottom, and water temperature increased to 0.1–0.2 °C. INTRODUCTION...

.... INTRODUCTION Coastal floods during storm have been recognized as one of the main natural disasters in coastal areas, especially in the period of astronomical spring tides, always leads to a high storm tide. The seawater overflow dikes and flood the coastal cities, resulting in a large amount of financial...

... variation tide discharge reclamation tidal prism propagation inner ldb land reclamation boundary water level Tidal dynamics response to intensive land reclamation in the Lingding Bay of the Pearl River estuary over the last century Nanyang Chua, Peng Yaob,c,d*, Qingshu Yangb,c,d a School...

... considered tide motion using TPXO 7.2 model and calculated typhoon's wind field with Holland's model. As a result, during the tropical cyclone there wasn't any significant difference in sea level rise. However, the inclusion of river flow resulted in large difference with respect to inundation. In addition...

... vent field. current speed ihy fluctuation furushima okinawa trough current measurement bottom mixed layer neap tide hydrothermal field sedimentology hydrothermal vent remarkable fluctuation adcp measurement kmj adcp abyssal flow irb tide seafloor reservoir characterization...