Add to ORKGA systematic numerical study has been performed in the case of moist neutral flows past a twodimensional ridge. The experiments considered here describe the effect of the Coriolis force and of wider mountains on the flow features
This paper reviews the current understanding of moist orographic convection and its regulation by su...
Numerical simulations are presented to examine the effect of the lee-side static stability on the sp...
In stably stratified conditions, mountains often act as barriers to low-level flow creating regions ...
A systematic numerical study has been performed in the case of moist neutral flows past a twodimensi...
In two recent papers, the authors performed numerical simulations with a three-dimensional, explicit...
In this study, idealized simulations are performed for a conditionally unstable flow over a two-dime...
International audienceA modified version of an operational 3-dimensional, non-hydrostatic, limited-a...
Moist flows over simply shaped 3D mountains have been studied in numerical simulations made with a m...
Abstract: Numerical simulations of conditionally unstable flows impinging on a mesoscale mountain ri...
International audienceA modified version of an operational 3-D, non-hydrostatic, limited-area atmosp...
A modified version of an operational 3-dimensional, non-hydrostatic, limited-area atmospheric model ...
Numerical simulations of conditionally unstable flows impinging on a mesoscale mountain ridge have b...
This study examines how variations to the nondimensional mountain height Ĥ and the horizontal aspect...
Numerical simulations are presented to examine the effect of the lee-side static stability on the sp...
Abstract: A series of idealized simulations for an unsaturated, conditionally unstable flow over a t...
This paper reviews the current understanding of moist orographic convection and its regulation by su...
Numerical simulations are presented to examine the effect of the lee-side static stability on the sp...
In stably stratified conditions, mountains often act as barriers to low-level flow creating regions ...
A systematic numerical study has been performed in the case of moist neutral flows past a twodimensi...
In two recent papers, the authors performed numerical simulations with a three-dimensional, explicit...
In this study, idealized simulations are performed for a conditionally unstable flow over a two-dime...
International audienceA modified version of an operational 3-dimensional, non-hydrostatic, limited-a...
Moist flows over simply shaped 3D mountains have been studied in numerical simulations made with a m...
Abstract: Numerical simulations of conditionally unstable flows impinging on a mesoscale mountain ri...
International audienceA modified version of an operational 3-D, non-hydrostatic, limited-area atmosp...
A modified version of an operational 3-dimensional, non-hydrostatic, limited-area atmospheric model ...
Numerical simulations of conditionally unstable flows impinging on a mesoscale mountain ridge have b...
This study examines how variations to the nondimensional mountain height Ĥ and the horizontal aspect...
Numerical simulations are presented to examine the effect of the lee-side static stability on the sp...
Abstract: A series of idealized simulations for an unsaturated, conditionally unstable flow over a t...
This paper reviews the current understanding of moist orographic convection and its regulation by su...
Numerical simulations are presented to examine the effect of the lee-side static stability on the sp...
In stably stratified conditions, mountains often act as barriers to low-level flow creating regions ...