A theoretical approach to study the calendering of power-law fluids
was also shown by Brazinsky et al.
Previous observations are consistent with earlier findings in the context of Newtonian as well as non-Newtonian Power-law fluids
(18) which demonstrated negligible Pr dependence of [theta] and [bar.
In 1965, Vaughn  extended the approach of slot flow approximation to pursue a solution of non-Newtonian Power-law fluids
in eccentric annulus.
The non-Darcy flow characteristics of non-Newtonian power-law fluids
past a wedge embedded in a porous medium investigated by Kim .
Chukwu, "A Simplified Couette-Flow Solution of Non-Newtonian Power-Law Fluids
in Eccentric Annuli," Can.
The dependency of wall shear rate for power-law fluids
in closed Couette flow has been shown to be represented by a correction factor [[Alpha].
13), (14), Michaeli (15), and Baird and Collias (16) extensively review concentric axial annular flow of Newtonian and power-law fluids
and Kostic, M, "Turbulent Friction Factor Correlation For Power-law Fluids
in Circular and Non-Circular Channels," INT.
In view of this, therefore it seems reasonable to begin with the analysis of purely viscous power-law fluids
as long as the model parameters are evaluated in the shear-rate range relevant to the flow past a cylinder, and such an analysis can, in turn, be used to build up the level of complexity in a gradual fashion to accommodate the other non-Newtonian features including visco-elasticity, time dependence and yield stress, etc.
Tiu, "Characterisation of Inelastic Power-Law Fluids
Using Falling Sphere Data," Can.
This study presents analytical solutions for viscous power-law fluids
flowing through tapered capillary (truncated cone) and slit (wedge) dies under slip conditions, ranging from no-slip to severe slip.
Closed-form sheeting die design equations have been derived assuming one-dimensional flow of isothermal Newtonian and power-law fluids
in the manifold and land regions of a sheeting die [1-5].