Forced Convection in a Bingham Plastic Fluid from a Heated Rotating Cylinder

Analytic and Numerical Solutions for Forced Convection Heat Transfer from a Shearow past a Rotating Cylinder

In this paper we will establish some identities involving sums of reciprocalsof single binomial coefficients. We will subsume and extend some results obtained bySury Wang and Zhao; furthermore we shall give bounds on some resulting series whichdepend on several parameters. We then extend the results to obtain identities for sumsof reciprocals of double binomial coefficients. 536...

Numerical Study of Mixed Convection of Nanofluid in a Concentric Annulus with Rotating Inner Cylinder

In this work, the steady and laminar mixed convection of nanofluid in horizontal concentric annulus withrotating inner cylinder is investigated numerically. The inner and outer cylinders are kept at constanttemperature Ti and To respectively, where Ti>To. The annular space is filled with Alumina-water nanofluid.The governing equations with the corresponded boundary conditions in the polar coord...

AXIAL FLOW OF CASSON PLASTIC MODEL IN ANNULUS WITH A ROTATING INNER CYLINDER

Numerical investigation on the effects of six control rods arranged in equilateral triangular configurations on fluid flow and forced convection heat transfer from a circular cylinder

The present work deals with heat transfer characteristics as well as fluid flow patterns in laminar flow regime for a circular cylinder with six control rods arranged in equilateral triangular geometries. The computations have been carried out by a finite volume approach using the overset grid method. The unsteady flow at Re= 200 and Pr= 0.7 and 7.0 was examined. The effect of the control rods ...

Approximate Analytic solutions for mixed and forced convection heat transfer from an unsteady no-uniform flow past a rotating cylinder

Presented in this paper is an analytic approximation to the thermal-fluid problem involving mixed and forced convective heat transfer from a rotating isothermal cylinder placed in a non-uniform stream shear-flow. The approximation is obtained using a series expansion of the scaled boundary layer equations in terms of a boundary layer variable which is directly proportional to the time variable ...