This review deals principally with the interaction between double-diffusive convection and an externally imposed vertical magnetic field in a Boussinesq fluid. Both linear and nonlinear (two and three-dimensional) theories have been discussed. Double-diffusive magnetoconvection is shown to exhibit a rich variety of dynamical behaviour unimaginable in a single component system and serves as a guide to the behaviour of all triple-diffusive systems. Finally, the effects of cross-diffusion, rotation and chemical reaction on double-diffusive magnetoconvection and pattern selection have been briefly touched upon
Three-dimensional nonlinear convection in a horizontal Boussinesq layer of fluid heated from below i...
Fully nonlinear three-dimensional convection in a strong vertical magnetic field is studied. In this...
Two-dimensional thermal convection in the presence of a strong oblique magnetic eld is studied using...
This review deals principally with the interaction between double-diffusive convection and an extern...
The linear and finite amplitude two-dimensional double-diffusive magnetoconvection (thermohaline con...
The linear and finite amplitude two-dimensional double-diffusive magnetoconvection (thermohaline con...
The present paper investigates the effect of a uniform vertical rotation and a uniform vertical magn...
The effect of non-uniform concentration distribution on double diffusive convection in a Boussinesq ...
The effect of non-uniform concentration distribution on double diffusive convection in a Boussinesq ...
The effects of cross-diffusion on linear and weak nonlinear stability of double diffusive convection...
Three-dimensional nonlinear convection in a horizontal Boussinesq layer of fluid heated from below ...
This study deals theoretically with the effect of cross diffusion coefficients viz., Soret and Dufou...
427-435<span style="font-size:11.0pt;line-height:115%; font-family:" calibri","sans-serif";mso-asci...
A theoretical analysis of thermo-convective instability in an electrically conducting two component ...
AbstractPattern formation due to double-diffusive convection in ferrofluids is investigated in the p...
Three-dimensional nonlinear convection in a horizontal Boussinesq layer of fluid heated from below i...
Fully nonlinear three-dimensional convection in a strong vertical magnetic field is studied. In this...
Two-dimensional thermal convection in the presence of a strong oblique magnetic eld is studied using...
This review deals principally with the interaction between double-diffusive convection and an extern...
The linear and finite amplitude two-dimensional double-diffusive magnetoconvection (thermohaline con...
The linear and finite amplitude two-dimensional double-diffusive magnetoconvection (thermohaline con...
The present paper investigates the effect of a uniform vertical rotation and a uniform vertical magn...
The effect of non-uniform concentration distribution on double diffusive convection in a Boussinesq ...
The effect of non-uniform concentration distribution on double diffusive convection in a Boussinesq ...
The effects of cross-diffusion on linear and weak nonlinear stability of double diffusive convection...
Three-dimensional nonlinear convection in a horizontal Boussinesq layer of fluid heated from below ...
This study deals theoretically with the effect of cross diffusion coefficients viz., Soret and Dufou...
427-435<span style="font-size:11.0pt;line-height:115%; font-family:" calibri","sans-serif";mso-asci...
A theoretical analysis of thermo-convective instability in an electrically conducting two component ...
AbstractPattern formation due to double-diffusive convection in ferrofluids is investigated in the p...
Three-dimensional nonlinear convection in a horizontal Boussinesq layer of fluid heated from below i...
Fully nonlinear three-dimensional convection in a strong vertical magnetic field is studied. In this...
Two-dimensional thermal convection in the presence of a strong oblique magnetic eld is studied using...