Since it is essential to having a model for designing, a numerical model is obtained in the first step.
This work aims at designing a numerical model for discretizing, over compact stencils, non-linear hyperbolic systems of conservation laws, with high-order accuracy, while maintaining a positivity property of the discretization.
This work aims at designing a numerical model for discretizing non-linear hyperbolic systems of conservation laws, with high-order accuracy, while verifying a positivity property of the discretization.
This theory has been used to design a numerical simulation model, which we have experimentally validated.
The researchers used MIT's general circulation model — a numerical model designed to study the Earth's atmosphere, ocean, and climate — as their framework, and programmed into it all the external forces that are known to exist in the Southern Ocean, including wind patterns, solar heating, evaporation, and precipitation.
The hydrodynamics and morphology of Bay Head during Hurricane Sandy are simulated with XBeach, a numerical model designed to study these processes during storm events.
The main elements of the smart structure (sensors, actuators, control algorithm) have been designed on the basis of a numerical model of the system.
Both scientific interest and engineering needs demand dynamical understanding of these extreme events, and can benefit from a numerical model designed to complement observational and theoretical investigations in this region of complicated topography.
In this paper, we show a numerical model designed for analysing the propagation of ionic concentrations and electrical potential in space and time in the liquid-junction and in the solution∣ion-exchanging membrane system.
