Abstract: Assuming that fluids are incompressible, inviscid, and homogeneous, natural linear surface waves in a rotating system can be decomposed into different frequency components. For each frequency component, solutions can be ...

Abstract: A numerical model based on the parabolic approximation method is developed to calculate the wave characteristics in the nearshore region. The model is developed for monochromatic linear waves and considers refraction, ...

Abstract: A meshless numerical model for nonlinear free surface water waves is presented in this paper. Using the fundamental solution of the Laplace equation as the radial basis functions and locating the source points outside the ...

Abstract: A hydrologic regionalization scheme is proposed for classification of watersheds at gauged sites. This scheme used 16 streamflow parameters estimated by a time series model to classify 94 watersheds into 6 regions by cluster ...

Abstract: Multiple regression analysis (MRA) and a time series model (TSM) are developed and validated for using watershed characteristics to synthesize streamflow hydrographs. Relationships between the streamflow parameters and ...

Abstract: A sediment heat flux submodel was developed, based on the findings of related limnological studies, and incorporated into a mixed‐layer (integral‐energy) lake‐stratification model. The basic and modified versions of the ...

Abstract: A mixed‐layer thermal stratification model was calibrated for Woods Lake, a shallow acidic transparent lake located in the Adirondack region of New York, for most of the non‐ice‐cover period of 1985. The model was also ...

Abstract: A finite-element method (FEM) is used to simulate water wave propagation with large angle incidence at exterior boundaries. In this paper, the radiation boundary condition is expanded to a second-order approximation and a ...