We investigate effects of wall heat transfer on the structure of pressure driven flow in micro/nanochannels using the Direct Simulation Monte Carlo method. The effects of non-zero wall heat flux on the pressure distribution, ...

In the current work, the effect of shear work due to the velocity slip on the non-equilibrium heat transfer in a pressure driven micro/nanochannel is evaluated under the constant wall heat flux boundary condition.As our ...

In this paper, we investigate the effects of convective heat transfer on the argon gas flow through micro/nanochannels subject to uniform wall heat flux boundary condition using the direct simulation Monte Carlo (DSMC) ...

In this study, we use the direct simulation Monte Carlo (DSMC) to elaborate on the heat transfer patterns in the pressure-driven rarefied flow through micro/nanochannels. Finite length planar micro/nanochannels are considered ...

In the current work, the impact of shear work due to the slip velocity on non-equilibrium heat transfer in a pressure driven micro/nanochannel is

evaluated under constant wall heat flux condition. The DSMC method ...

The main goal in this study is to provide deep physical descriptions on the behaviour of

supersonic micro-/nano-channel flow using the direct simulation Monte Carlo method. We

found some unique physical aspects ...

Current work investigates the effect of thermal creep on the behavior of rarefied gas flow through

micro/nanochannels using the direct simulation Monte Carlo method. Thermal creep effects are

studied on ...

In this research, convective heat transfer of the argon gas flow through a micro/nano channel with uniform heat flux wall boundary condition is investigated using the direct simulation Monte Carlo (DSMC) method. Both of ...

Most of the previous works on mass flux due to thermal creep focused on thermal creep due

to wall temperature gradient. In this work, we show that even without wall temperature

gradient there exists thermal ...