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. The effects of velocity slip, ...

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, ...

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 ...

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 ...

The aim of this study is to extend the validity of the simplified Bernoulli-trials

(SBT)/dual grid algorithm, newly proposed by Stefanov [1], as a suitable alternative of the standard

collision scheme in the ...

The aim of the current paper is to decrease the required computational time and memory of the direct simulation Monte Carlo (DSMC) method using the simplified Bernoulli-trials (SBT) collision algorithm in combination with ...

DSMC Simulation of low Knudsen rarefied flows at micro/nano scales remains

a big challenge for researchers due to large computational requirements. In this article the

application of the simplified Bernoulli-trials ...

The aim of the current work is to suggest a combination of the simplified Bernoulli-trials (SBT) collision algorithm with the transient adaptive subcell (TAS) technique implemented in the direct simulation Monte Carlo ...