Fluid flow and heat transfer in the entrance region of

rectangular microchannels of various aspect ratios, 0.2 ≤ α* ≤ 1,

are numerically investigated in the slip flow regime, 10-3 ≤ Kn

≤ 10-1, with particular attention...

A control-volume numerical approach has been used

to study rarefaction effects in simultaneously

hydrodynamically and thermally developing 3D

micro flows in rectangular channels for Kn ≤ 0.1. ...

In the present work the effects of thermal creep on

the development of fluid flow and heat transfer in

rectangular microchannels with constant wall

temperature in the slip flow regime, 10-3 ≤ Kn ≤ 10-1, is...

. In this study a Computational Fluid Dynamic (CFD) method with slip velocity boundary condition is employed to solve the laminar slip flow over flat plate. In this investigation the effects of slip boundary condition on skin friction, velocity profile, boundary...

A numerical study of simultaneously developing velocity and temperature fields in trapezoidal microchannels has been conducted in the slip-flow regime. A control-volume based numerical method is used to solve the Navier-Stokes and energy equations...

This paper presents experimental and three-dimensional numerical study of gaseous slip flow through diverging microchannel. The measurements are performed for nitrogen gas flowing through microchannel with different divergence angles (4°, 8°, 12...

In this study, heat transfer characteristics of slip flow over an isolated impermeable solid sphere are investigated numerically. An isothermal solid sphere is considered at intermediate Reynolds numbers (04Re450) for Prandtl numbers in the range...

on the solution. It is shown that laminar boundary layer of gas fluid with slip flow tends to increase near wall fluid axial velocity and temperature jump on the wall as the flow becomes more rarefied. It will be seen that heat transfer in open microchannels...

This paper presents an analytical solution for pressure-driven electrokinetic flows in planar microchannels

with velocity slip at the walls. The Naviere Stokes equations for an incompressible viscous fluid

have ...

A control-volume numerical approach has been used to study rarefaction effects in simultaneously hydrodynamically

and thermally developing flow in rectangular microchannels with a prescribed uniform wall heat flux in the slip-flow...