Complex programs and algorithms for the calculation of sediment transport and transport of multicomponent suspensions on a multiprocessor computer system
Abstract
Complex programs and algorithms for the calculation of sediment transport and transport of multicomponent suspensions on a multiprocessor computer system
Incoming article date: 28.11.2015The work contains the construction and software implementation of related software systems designed for mathematical modeling of processes occurring in coastal water systems. The space-two-dimensional model of sediment transport in shallow waters allows to forecast the dynamics of bottom topography changes by reason of the movement of water and solid particles, to take into account the porosity of the soil, the critical shear stress at which begins the movement of sediment, turbulent exchange, dynamically changing geometry of the bottom, wind currents and friction on the bottom. The mathematical model of motion of a multicomponent air, takes into account factors such as the transport of pollutants and heat; the effect of vegetation; change in the coefficient of turbulent exchange; water transfer from the liquid to the gaseous state and others.
Keywords: multiprocessor computer system, grid equations, suspended solids, sediment