Natural convection gaseous slip flows in open-ended vertical parallel-plate microchannels with symmetric wall heat fluxes are numerically investigated. A second-order model, including thermal creep effects, is considered for ...

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 simulation tool, the DSMC...

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) ...

Existing solutions of the problem of axi-symmetric stagnation-point flow and heat transfer on either a cylinder or flat plate are for incompressible fluid. Here fluid with temperature dependent density is considered in ...