Abstract: Circulatory change and alteration of salinity in Galveston Bay is investigated numerically by using a three‐dimensional hydrodynamic and transport model. Galveston Bay is an extremely complex and dynamic estuarine system. ...

Abstract: The diffraction of solitary waves around the end of a straight, thin breakwater in water of uniform depth is investigated. Results of normal and oblique interactions between solitary waves and a breakwater are presented. ...

Abstract: A comprehensive hydrological model, like the storm water management model (SWMM), has been widely used for rainfall-runoff simulation. In recent years, simple and effective modern modeling techniques have also brought great ...

Abstract: This is a theoretical study of the reflection and transmission of small‐amplitude waves by a flexible, porous, and thin beam‐like breakwater held fixed in the seabed. The fluid motion is idealized as a linearized, ...

Abstract: Approximate analytical solutions that can be applied effectively to describe the wave transformation of a solitary wave propagating past a partially submerged stationary body of rectangular shape with two attached side ...

Abstract: In this study, the scattering focused hydrodynamic interaction between linear waves and a proposed structural system with a floating body and two attached vertical porous walls was investigated analytically and experimentally. ...

Abstract: Railways around the world are experiencing growth in traffic demand and the need to expand their network and line capacity. To accommodate the substantial demand, the conventional railway operator in Taiwan, the Taiwan ...

Abstract: A series of experiments has been carried out to study the flow around an impulsively accelerating vertical cylinder in an open channel with constant water depth. The impulsive motion of the vertical cylinder is set off by ...

Abstract: Sodium hydroxide (NaOH) and sodium silicate–activated fly ash and slag-based geopolymer composite (NSFSGC) and NaOH and sodium carbonate (Na2CO3)-activated fly ash–based and slag-based GC (NNFSGC) were prepared and their ...

Abstract: This paper describes a numerical investigation on the generation of three-dimensional (3D) fully nonlinear water waves by a submerged object moving at speeds varied from subcritical to supercritical conditions in an unbounded ...