Magneto Thermal Convection in a Compressible Couple-Stress Fluid Mahinder Singh

In this study, the fluid flow and heat transfer characteristics of a two-dimensional, steady MHD flow of a non-Newtonian fluid in a channel with the presence of thermal radiation

[16 – 18] have considered the thermal in- stability of a layer of a couple-stress fluid acted on by a uniform rotation; they have also studied on the stabil- ity of

66a, 304 – 310 (2011); received September 15, 2010 / revised November 11, 2010 The double-diffusive convection in a compressible couple-stress fluid layer heated and soluted from

This section emphasizes the effects of mixed con- vection parameter λ , stretching ratio a/c, suction pa- rameter S, Prandtl number Pr, radiation parameter N R , Deborah number β ,

[15] have consid- ered the thermal instability of a layer of couple-stress fluid acted on by a uniform rotation and found that, for stationary convection, the rotation has a

For the case of stationaryconvection, the stable solute gradient and rotation have stabilizing effects on the system, whereas the couple-stress has both stabilizing and

[13] have considered the thermal instability of a layer of a couple-stress fluid acted on by a uniform rotation, and have found that for stationary convection, the rotation has

Sharma [7] has studied the thermal instability of a layer of Oldroydian [8] fluid acted on by a uniform rotation and found that rotation has destabilizing and stabilizing effects