Abstract: The development and application of a numerical model to predict the two‐dimensional depth mean velocity fields and background temperature distributions in a natural harbor, at Poole, England, is described. The predicted ...

Abstract: The modification and application of a hydrodynamic water quality model to predict the water elevations, the depth average velocity components, and the depth mean nitrogen concentrations in Poole Harbor and Holes Bay, in ...

Abstract: Details are given of the refinement and application of a two‐dimensional depth integrated numerical model to predict the depth mean velocity field and the spatial concentration distribution in hydraulic basins, such as ...

Abstract: The reliability of simulations of flow and disinfection processes in disinfection contact tanks is determined by the accuracy of computations in terms of the hydrodynamic characteristics in the tanks, particularly the ...

Abstract: Details are given of a numerical model study to refine a layer integrated model, applied to scaled hydraulic model rectangular tidal basins with large aspect ratios (i.e.,

Abstract: The paper describes an accurate numerical scheme for simulating two-dimensional solute transport in coastal and estuarine waters. The operator-splitting algorithm and a conventional discretization (i.e., no splitting) ...

Abstract: Details of a numerical model study to predict the tidal circulation observed and measured in the lee of Rattray Island, Australia are presented. The hydrodynamic model is of the two‐dimensional depth integrated type, with ...