Modeling Changing Freshwater Delivery to Apalachicola Bay, FL
Anticyclonic Upper Layer Residual Circulation and Estuarine Circulation in Osaka Bay
The Influence of Turbulence Closure Strategy on Numerical Modeling of Shallow Water Tides
Modeling the Periodic Stratification and Gravitational Circulation in San Francisco Bay, California
Application of Vertical Turbulence Closure Schemes in the Chesapeake Bay Circulation Model ? A Comparative Study
Sediment and Contaminant Transport in Green Bay
Application of the Model SPECIES to Kaneohe Bay, Oahu, Hawaii
Sediment Transport in a Thermally Stratified Bay
Hydrodynamic Model and Sensitivity Analysis for San Juan Bay, P. R.
The Role of Circulation Patterns on the Simulation of Constituent Transport in San Juan Bay, Puerto Rico
Numerical Modeling on the Ofunato Bay Ecosystem Including the Oyster Farming
Evaluation of the Nitrogen Cycle in a Tidal Flat
Application of Circulation and Sediment Transport Modeling within San Diego Bay
Three-Dimensional Modeling of Wind-Driven Upwelling of Anoxic Bottom Water `A-oshio' in Tokyo Bay
Modeling the Effect of Reduced Nitrogen Loading on Water Quality
Three-Dimensional Tidal Currents and Water Quality in Stratified Omura Bay
Mobile Bay Scour Analysis for Mobile and Baldwin Counties, Alabama
Scour analyses were prepared for ten bridges and causeways in and around Mobile Bay on the Gulf Coast of Alabama. Interactions between riverine floods on the Mobile River and tidal storm...
Modeling the Impact of Sea Level Rise in Delaware Bay
A three-dimensional model of the Delaware Bay has been employed to provide insight on the impact of a 1.0 ft (0.304 in) sea level rise on salinity conditions in Delaware Bay. Model results...
Two Dimensional Modeling of the Mobile River Delta and the Mobile Bay System
Two dimensional hydraulic modeling of Mobile Bay and the Mobile River Delta was conducted to determine critical hydraulic conditions for scour evaluations at bridges in the Mobile Bay...
A Hydrodynamic FVM Algorithm on Arbitrary Grids
This paper presents a finite volume algorithm for the vertically averaged integral form of the hydrodynamic governing equations on an unstructured grid system. The algorithm is applicable...
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