The influence of domain size on boundary condition specification and on computed storm surge response is investigated. Storm surge response along the Florida shelf in the Gulf of Mexico dur to Hurricane Kate is examined over three domains using two different open ocean boundary forcing functions, a still water (or zero elevation) condition and an inverted barometer condition which accounts for the atmospheric pressure component of the meteorological forcing. The first domain is relatively small and is situated primarily on the continental shelf in the region of intense storm surge generation
Bridge scour modeling requires storm surge hydrographs as open ocean boundary conditions for coastal...
Damage due to hurricane storm surges remains a serious concern for coastal zones. As the world’s coa...
Large estuaries are especially vulnerable to coastal flooding due to the potential of combined storm...
The influence of domain size on boundary condition specification and on computed storm surge respons...
Southern Louisiana is characterized by low-lying topography and an extensive network of sounds, bays...
Coastal areas around the world are frequently attacked by various types of storms, threatening human...
We apply the Finite Volume Coastal Ocean Model to simulate the Hurricane Ike storm surge using two-d...
Model simulations using an ocean circulation model (ADCIRC) coupled with a wave model (STWAVE) are c...
Using a high resolution, three-dimensional, primitive equation, finite volume coastal ocean model wi...
Water surface elevations in the St. Johns River (Northeastern Florida) are simulated over a 122-day ...
We apply the Finite Volume Coastal Ocean Model to simulate the Hurricane Ike storm surge using two‐d...
We provide a dynamics‐based comparison on the results from three‐dimensional and two‐dimensional sim...
Bridge scour modeling requires storm surge hydrographs as open ocean boundary conditions for coastal...
AbstractA numerical model is described for the simulation of storm surges which uses a non-uniform o...
Florida\u27s Department of Transportation requires design storm tide hydrographs for coastal waters ...
Bridge scour modeling requires storm surge hydrographs as open ocean boundary conditions for coastal...
Damage due to hurricane storm surges remains a serious concern for coastal zones. As the world’s coa...
Large estuaries are especially vulnerable to coastal flooding due to the potential of combined storm...
The influence of domain size on boundary condition specification and on computed storm surge respons...
Southern Louisiana is characterized by low-lying topography and an extensive network of sounds, bays...
Coastal areas around the world are frequently attacked by various types of storms, threatening human...
We apply the Finite Volume Coastal Ocean Model to simulate the Hurricane Ike storm surge using two-d...
Model simulations using an ocean circulation model (ADCIRC) coupled with a wave model (STWAVE) are c...
Using a high resolution, three-dimensional, primitive equation, finite volume coastal ocean model wi...
Water surface elevations in the St. Johns River (Northeastern Florida) are simulated over a 122-day ...
We apply the Finite Volume Coastal Ocean Model to simulate the Hurricane Ike storm surge using two‐d...
We provide a dynamics‐based comparison on the results from three‐dimensional and two‐dimensional sim...
Bridge scour modeling requires storm surge hydrographs as open ocean boundary conditions for coastal...
AbstractA numerical model is described for the simulation of storm surges which uses a non-uniform o...
Florida\u27s Department of Transportation requires design storm tide hydrographs for coastal waters ...
Bridge scour modeling requires storm surge hydrographs as open ocean boundary conditions for coastal...
Damage due to hurricane storm surges remains a serious concern for coastal zones. As the world’s coa...
Large estuaries are especially vulnerable to coastal flooding due to the potential of combined storm...