We develop a mathematical model based on Navier-Stokes equations for viscous incompressible flow and diffusion-convection equation describing pollution transport, and solve the model using finite element method (FEM). We use a simple algebraic model with turbulent viscosity. The FEM allows us to use different terrain shapes and study their influence. Essential part of the work is numerical analysis, which examines the properties of algorithms with respect to numerical parameters. We present the recent results of flow over a square gap
This work presents a numerical study of the tri-dimensional convection-diffusion equation by the con...
Geophysical flows, like debris flows, mud flows, or turbidity currents, can have a great impact on t...
This master thesis focuses on the development of an numerical model to simulate the transport of dus...
Abstract. The atmospheric boundary layer is the lowest layer over the surface, where the eects of th...
Abstract. Air pollution is one the serious problems in almost all countries, especially those with h...
We develop a mathematical model of air flow and pollution transport in a simplified urban canopy bas...
International audienceA finite element model for the computation of thermally stratified flows is de...
The dispersion of pollutants in the environment is an issue of great interest as it directly affects...
model, finite differences, accurate time-stepping. In this paper a 3-D model for pollutant transport...
This book explores finite element methods for incompressible flow problems: Stokes equations, statio...
The problem of predicting fluid movement in a variably saturated porous medium is important in many...
These notes are based on lectures given at a Short Course on Theoretical and Numerical Fluid Mechani...
Abstract. A code has been developed in C++ to solve the Navier-Stokes, continuity, and mass trans-fe...
The goal of the Master thesis is to understand though numerical experiments the following aspects: F...
Przedstawiono modelowanie matematyczne transportu zanieczyszczeń za pomocą metod CFD. W tym celu zap...
This work presents a numerical study of the tri-dimensional convection-diffusion equation by the con...
Geophysical flows, like debris flows, mud flows, or turbidity currents, can have a great impact on t...
This master thesis focuses on the development of an numerical model to simulate the transport of dus...
Abstract. The atmospheric boundary layer is the lowest layer over the surface, where the eects of th...
Abstract. Air pollution is one the serious problems in almost all countries, especially those with h...
We develop a mathematical model of air flow and pollution transport in a simplified urban canopy bas...
International audienceA finite element model for the computation of thermally stratified flows is de...
The dispersion of pollutants in the environment is an issue of great interest as it directly affects...
model, finite differences, accurate time-stepping. In this paper a 3-D model for pollutant transport...
This book explores finite element methods for incompressible flow problems: Stokes equations, statio...
The problem of predicting fluid movement in a variably saturated porous medium is important in many...
These notes are based on lectures given at a Short Course on Theoretical and Numerical Fluid Mechani...
Abstract. A code has been developed in C++ to solve the Navier-Stokes, continuity, and mass trans-fe...
The goal of the Master thesis is to understand though numerical experiments the following aspects: F...
Przedstawiono modelowanie matematyczne transportu zanieczyszczeń za pomocą metod CFD. W tym celu zap...
This work presents a numerical study of the tri-dimensional convection-diffusion equation by the con...
Geophysical flows, like debris flows, mud flows, or turbidity currents, can have a great impact on t...
This master thesis focuses on the development of an numerical model to simulate the transport of dus...