Operator splitting is a widely used procedure in the numerical solution of complex problems. The point in operator splitting is the replacement of the original model with one in which appropriately chosen groups of the sub-processes, described by the model, take place successively in time. This de-coupling procedure allows us to solve a few simpler problems instead of the whole one. In this paper we investigate the application of the operator splitting method to real-life problems from a practical point of view, with great emphasis on long-range air pollution transport. We discuss the main benefits and drawbacks of this approach
Reaction-Advection-Diffusion problems occurring in Air Pollution Models have very stiff reaction ter...
Reaction-Advection-Diffusion problems occurring in Air Pollution Models have very stiff reaction ter...
Large scale air pollution models are powerful tools, designed to meet the increasing demand in diffe...
AbstractOperator or time splitting is often used in the numerical solution of initial boundary value...
Operator or time splitting is often used in the numerical solution of initial boundary value problem...
Splitting techniques are commonly used when large-scale models, which appear in different fields of ...
This paper is devoted to the time integration of atmospheric transport-chemistry problems. Due to th...
The analysis of the transport of air pollutants is one of the most widely investigated problems and ...
International audienceOperator Splitting methods are widely used for the numerical computation of re...
textabstractFor the time integration of stiff transport-chemistry problems from air pollution modell...
For the time integration of stiff transport-chemistry problems from air pollution modelling, standar...
AbstractThis paper is devoted to the time integration of stiff atmospheric transport-chemistry probl...
The operator-splitting methods base on splitting of the complex problem into the sequence of the sim...
Operator-splitting technique (OST) is a common mathematical approach used in the solution of the adv...
International audienceOperator splitting methods are commonly used in many applications. We focus he...
Reaction-Advection-Diffusion problems occurring in Air Pollution Models have very stiff reaction ter...
Reaction-Advection-Diffusion problems occurring in Air Pollution Models have very stiff reaction ter...
Large scale air pollution models are powerful tools, designed to meet the increasing demand in diffe...
AbstractOperator or time splitting is often used in the numerical solution of initial boundary value...
Operator or time splitting is often used in the numerical solution of initial boundary value problem...
Splitting techniques are commonly used when large-scale models, which appear in different fields of ...
This paper is devoted to the time integration of atmospheric transport-chemistry problems. Due to th...
The analysis of the transport of air pollutants is one of the most widely investigated problems and ...
International audienceOperator Splitting methods are widely used for the numerical computation of re...
textabstractFor the time integration of stiff transport-chemistry problems from air pollution modell...
For the time integration of stiff transport-chemistry problems from air pollution modelling, standar...
AbstractThis paper is devoted to the time integration of stiff atmospheric transport-chemistry probl...
The operator-splitting methods base on splitting of the complex problem into the sequence of the sim...
Operator-splitting technique (OST) is a common mathematical approach used in the solution of the adv...
International audienceOperator splitting methods are commonly used in many applications. We focus he...
Reaction-Advection-Diffusion problems occurring in Air Pollution Models have very stiff reaction ter...
Reaction-Advection-Diffusion problems occurring in Air Pollution Models have very stiff reaction ter...
Large scale air pollution models are powerful tools, designed to meet the increasing demand in diffe...