This study presents an extensive numerical investigation to understand the effect of fluid viscoelasticity on the flow dynamics past a stationary cylinder in the laminar vortex shedding regime. The governing equations, ...

Extensive results elucidating the effect of severe blockage on drag coefficient and Nusselt number for a heated sphere sedimenting in Bingham plastic fluids on the axis of a long cylindrical tube over wide ranges of blockage ...

Branching T-channel is a very common element of a piping system for the transportation of liquids andgases. The brachesbranches of the T-channel can be inclined at different angles which affects the flowdynamics and heat ...

Extensive results are reported on the flow and heat transfer for Bingham plastic fluids for the same configuration as in Part I over the ranges: Reynolds number (Formula presented.) Prandtl number (Formula presented.) and ...

A detailed numerical study on the flow and heat transfer phenomena from a rotating cylinder submerged in a streaming viscoelastic FENE-P fluid has been carried out. The governing equations, along with the FENE-P viscoelastic ...

Laminar free convection in power-law fluids over the range of vanishingly small Grashof number (10−4 ≤ Gr ≤ 10) has been investigated numerically for an isolated sphere and twin spheres for varying centre-to-centre distance ...

In this work, the momentum and heat transfer characteristics of a time-dependent flow of Bingham plastic fluid over a heated isothermal sphere have been investigated numerically over wide ranges of conditions: Reynolds ...

This study examines the momentum and heat transfer aspects of the laminar forced-convection induced by a pulsatile flow of power-law fluids past a heated circular cylinder by numerically solving the time-dependent momentum ...