A two-dimensional mathematical model is described for the calculation of the depth-
averaged velocity and temperature or concentration distribution in open-channel flows, an …

The paper presents a three-dimensional numerical mathematical model for calculating the
near field of side discharges into open channel flow. The method employs the standard k‐ε …

The paper describes a three-dimensional model for calculating the distribution of velocity,
temperature, and pollutant concentration in open channel flows, and a depth-averaged two …

A model is presented for calculating the flow in channels with turbulence-driven secondary
motion, with an emphasis on open channel flow. Algebraic expressions are derived for the …

A three-dimensional hydrodynamic model is applied to flows in open channels. The model
incorporates a second-moment turbulence-closure model that has demonstrated …

A two-dimensional numerical model which employs the depth-averaged forms of continuity
and momentum equations along with kc turbulence closure scheme is used to simulate the …

This paper reviews a model, developed by Shiono and Knight [Shiono K, Knight DW. Two-
dimensional analytical solution for a compound channel. In: Proceedings of the 3rd …

An extensive series of experiments on the characteristics of inclined and vertical dense jets
discharged into a uniform crossflow of various speeds and directions is reported. The …

The equations governing one-dimensional steady flow in distribution channels are
presented. They consist of the dynamical relation for the surface profile and appropriate …

The flow of water in straight open channels with prismatic complex cross-sections is
considered. Lateral distributions of depth-mean velocity and boundary shear stress are …