This article describes a 2D and 3D adaptive and mass conservingsemi-Lagrangian advection scheme for atmospheric transport problems. Fromthe integral form of the conservation law we derive a semi-Lagrangian schemebased on conservation of mass along trajectories. The mapping of mass fromthe old (adaptively refined and possibly different) grid to the upstream controlvolume is performed by a mass packet based scheme, essentially consistingof a sub-grid discretization. We validate the new adaptive and conservativesemi-Lagrangian scheme with four different analytic test cases
One of the most important advances needed in global climate models is the development of atmospheric...
Advection schemes with time step restrictions are widely used in weather and climate models. This ca...
A computationally efficient mass-conservative transport scheme over the sphere is proposed and teste...
This article describes a 2D and 3D adaptive and mass conserving semi-Lagrangian advection scheme for...
A conservative quasi-monotone semi-Lagrangian scheme is developed in this paper. Mass conservation i...
Semi-Lagrangian methods have been around for some time, dating back at least to [3]. Researchers hav...
Semi-Lagrangian methods have been around for some time, dating back at least to [3]. Researchers hav...
An anelastic atmospheric flow solver has been developed that combines semi-implicit nonoscillatory f...
We describe the remapped particle-mesh advection method, a new mass-conserving method for solving th...
The semi-Lagrangian absolute vorticity (SL-AV) atmospheric model is the global semi-Lagrangian hydro...
A high accuracy of the numerical schemes used for advection of atmospheric constituents in climate m...
An improved treatment of advection is essential for atmospheric transport and chemistry models. Eule...
This thesis demonstrates a new non-staggered-grid finite-volume method for dynamical cores in atmosp...
Various semi-Lagrangian methods are tested with respect to advection in air pollution modeling. The ...
We present and discuss discontinuous Galerkin (DG) schemes for dry and moist atmospheric flows in th...
One of the most important advances needed in global climate models is the development of atmospheric...
Advection schemes with time step restrictions are widely used in weather and climate models. This ca...
A computationally efficient mass-conservative transport scheme over the sphere is proposed and teste...
This article describes a 2D and 3D adaptive and mass conserving semi-Lagrangian advection scheme for...
A conservative quasi-monotone semi-Lagrangian scheme is developed in this paper. Mass conservation i...
Semi-Lagrangian methods have been around for some time, dating back at least to [3]. Researchers hav...
Semi-Lagrangian methods have been around for some time, dating back at least to [3]. Researchers hav...
An anelastic atmospheric flow solver has been developed that combines semi-implicit nonoscillatory f...
We describe the remapped particle-mesh advection method, a new mass-conserving method for solving th...
The semi-Lagrangian absolute vorticity (SL-AV) atmospheric model is the global semi-Lagrangian hydro...
A high accuracy of the numerical schemes used for advection of atmospheric constituents in climate m...
An improved treatment of advection is essential for atmospheric transport and chemistry models. Eule...
This thesis demonstrates a new non-staggered-grid finite-volume method for dynamical cores in atmosp...
Various semi-Lagrangian methods are tested with respect to advection in air pollution modeling. The ...
We present and discuss discontinuous Galerkin (DG) schemes for dry and moist atmospheric flows in th...
One of the most important advances needed in global climate models is the development of atmospheric...
Advection schemes with time step restrictions are widely used in weather and climate models. This ca...
A computationally efficient mass-conservative transport scheme over the sphere is proposed and teste...