.... Nanofluid Brownian motion Slip conditions Thermophoresis Chebyshev collocation Thermal convection h = ( h 1 , h 2 , h 3 ) = velocity of the fluid; v ´ = ( u ´ , v ´ , w ´ ) = non-dimensional velocity of the fluid; π...

... Publishing Limited Licensed re-use rights only Thermal convection Liquid metals Low Prandtl number Modified lattice Boltzmann method Boussinesq number Interface length Department of Science and Technology (DST), Government of India DST/INSPIRE/03/2017/000451 Due to its...

.../value – Unlike existing nonlinear formulations for RB thermal convection, the present combined spectral-perturbation approach provides a systematic method for mode selection. (Equation 2) It is tempting to assume that that Equation (2) is obtained by expanding (1) in a Taylor series...

... Limited 2001 Thermal convection Heat transfer Turbulence Modelling Channel management Pipes Heat‐transfer‐enhancing ribs are employed in blade and also in other cooling applications. For blade cooling, such ribs are used along the surfaces of internal passages within rotating blades...

... and Pr = ν/α. and —² is the Laplacian operator in spherical polar coordinates. where (3) (2) (1) Here the steady combined thermal convection of a viscous Boussinesq fluid contained between two concentric spheres is considered. The spheres...