More and more researchers have paid attention to Taylor-Couette flow whose axial
dimension is much larger than other dimensions. However, featured by the limited axial …

Consideration is given to the fluid flow and heat transfer repercussions for introducing a thin
(micro) gas layer into a cylindrical Couette flow assembly dealing with a power law liquid …

This paper deals with the effects that a thin gas layer exerts on the hydrodynamic aspects of
power law liquid in a radial Couette flow between two cylinders. Analytical solution is made …

This study conducted the experimental investigation of aerodynamic heating of Micro-scale
Rotational Shearing Flow with Axial Limited-Length (MRSFALL). The temperature rise of the …

This paper documents the effects of magnetic field on the flow and heat transfer of a
nanofluid confined between two cylinders. The inner ring is assumed rotary (representing …

In the context of eccentric micro-scale Taylor–Couette flow, variations in localized flow
scales result in a non-uniform fluid–solid interface slip state, distinct from the typically …

Here a comprehensive survey of the literature in the area of numerical heat transfer (NHT)
published in 2010 and 2011 has been conducted. Due to the immenseness of the literature …

With the increasing demands of load capacity and dynamic response, a new generation of
gas foil bearings (GFBs), assembled from preloaded elastic multileaf foils, has been …

Fluids with microstructures and microinertia play a vital role in microfluidics and nanfluidics
system. One of such significant fluid is micropolar fluid. The characteristic behavior of …

The oscillatory Couette flow between an oscillating inner cylinder and a stationary outer
cylinder is considered in the study. New results for the stress and heat flux at the" …