Direct numerical simulations (DNS) are used over a three-dimensional rotating basin under geostrophic rotation, in order to understand the relative roles of buoyancy and wind stress on the heat and mass transport. Our main focus is on the large Rayleigh number regime (Ra, being the measure of buoyancy forcing) which is the order of 1012 to sustain turbulent convection. We also maintained small values of convective Rossby number Ro ~ 0.1 at a fixed Prandtl number, Pr ~ 5 while imposing a meridional wind stress pattern
Recent numerical experiments indicate that the rate of meridional overturning associated with North ...
We study turbulent compressible convection under the influence of rotation in an f-plane configurati...
We study thermal convection in a rotating fluid in order to better understand the properties of conv...
Ocean circulation plays an important role in global climate through the transport of heat and C...
Direct numerical simulations are used to investigate the nature of fully resolved small-scale convec...
Direct Numerical Simulations are conducted to investigate heat and mass transport of flow with buoya...
The steady large scale oceanic response to wind stress and a surface buoyancy flux is studied by mak...
Rotating Rayleigh-Bénard convection is a simple model system used to study theinterplay of buoyant f...
Convection in a rotating rectangular basin with differential thermal forcing at one horizontal bound...
A series of numerical simulations with different forcing conditions are carried out, to investigate ...
We use a global coupled atmosphere‐ocean sea‐ice model of intermediate complexity to demonstrate tha...
Recent numerical experiments indicate that the rate of meridional overturning associated with North ...
The force balance of rotating Rayleigh–Bénard convection regimes is investigated using direct numeri...
The author gives a brief overview of the experimental and numerical studies on (transport in) geophy...
In contrast with the atmosphere, which is heated from below by solar radiation, the ocean is both he...
Recent numerical experiments indicate that the rate of meridional overturning associated with North ...
We study turbulent compressible convection under the influence of rotation in an f-plane configurati...
We study thermal convection in a rotating fluid in order to better understand the properties of conv...
Ocean circulation plays an important role in global climate through the transport of heat and C...
Direct numerical simulations are used to investigate the nature of fully resolved small-scale convec...
Direct Numerical Simulations are conducted to investigate heat and mass transport of flow with buoya...
The steady large scale oceanic response to wind stress and a surface buoyancy flux is studied by mak...
Rotating Rayleigh-Bénard convection is a simple model system used to study theinterplay of buoyant f...
Convection in a rotating rectangular basin with differential thermal forcing at one horizontal bound...
A series of numerical simulations with different forcing conditions are carried out, to investigate ...
We use a global coupled atmosphere‐ocean sea‐ice model of intermediate complexity to demonstrate tha...
Recent numerical experiments indicate that the rate of meridional overturning associated with North ...
The force balance of rotating Rayleigh–Bénard convection regimes is investigated using direct numeri...
The author gives a brief overview of the experimental and numerical studies on (transport in) geophy...
In contrast with the atmosphere, which is heated from below by solar radiation, the ocean is both he...
Recent numerical experiments indicate that the rate of meridional overturning associated with North ...
We study turbulent compressible convection under the influence of rotation in an f-plane configurati...
We study thermal convection in a rotating fluid in order to better understand the properties of conv...