Add to ORKGAtmospheric dispersion is a topic of great impor-tance especially in relation to pollutant transport. Two different approaches, known as the Eulerian and the La-grangian frameworks, are used to describe this process
International audienceWe clarify issues related to the expression of Lagrangian stochastic models us...
Abstract A Lagrangian particle dispersion model (LPDM) driven by velocity fields from large-eddy sim...
AbstractLagrangian and Eulerian modelling approaches are compared for simulating turbulent dispersio...
Eulerian and Lagrangian statistics in the atmospheric convective boundary layer (CBL) are studied by...
In this study, a Lagrangian “puff ” dispersion model is compared with an Eulerian model under simpli...
A simple Eulerian-Lagrangian dispersion model is proposed. The relative dispersion is treated as a G...
An Eulerian model and a Lagrangian particle model are used to study the dispersion of a contaminant ...
This study is a contribution toward the understanding and prediction of turbulent dispersion of poll...
Large-eddy simulation (LES) is used to calculate the concentration fluctuations of pas-sive plumes f...
The influence of the different scales of turbulent motion on plume dispersion in the atmospheric con...
The influence of the different scales of turbulent motion on plume dispersion in the atmospheric con...
Numerical simulations of dispersion experiments within the planetary boundary layer are actually fea...
A Lagrangian dispersion model driven by velocity fields from large-eddy simulations (LESs) is presen...
Large-eddy simulation (LES) is used to calculate the concentration fluctuations of passive plumes fr...
Turbulence parameterizations for convective boundary layer in coarse-scale atmospheric models usuall...
International audienceWe clarify issues related to the expression of Lagrangian stochastic models us...
Abstract A Lagrangian particle dispersion model (LPDM) driven by velocity fields from large-eddy sim...
AbstractLagrangian and Eulerian modelling approaches are compared for simulating turbulent dispersio...
Eulerian and Lagrangian statistics in the atmospheric convective boundary layer (CBL) are studied by...
In this study, a Lagrangian “puff ” dispersion model is compared with an Eulerian model under simpli...
A simple Eulerian-Lagrangian dispersion model is proposed. The relative dispersion is treated as a G...
An Eulerian model and a Lagrangian particle model are used to study the dispersion of a contaminant ...
This study is a contribution toward the understanding and prediction of turbulent dispersion of poll...
Large-eddy simulation (LES) is used to calculate the concentration fluctuations of pas-sive plumes f...
The influence of the different scales of turbulent motion on plume dispersion in the atmospheric con...
The influence of the different scales of turbulent motion on plume dispersion in the atmospheric con...
Numerical simulations of dispersion experiments within the planetary boundary layer are actually fea...
A Lagrangian dispersion model driven by velocity fields from large-eddy simulations (LESs) is presen...
Large-eddy simulation (LES) is used to calculate the concentration fluctuations of passive plumes fr...
Turbulence parameterizations for convective boundary layer in coarse-scale atmospheric models usuall...
International audienceWe clarify issues related to the expression of Lagrangian stochastic models us...
Abstract A Lagrangian particle dispersion model (LPDM) driven by velocity fields from large-eddy sim...
AbstractLagrangian and Eulerian modelling approaches are compared for simulating turbulent dispersio...