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 ...

Mixed convection gaseous slip flows in an open-ended vertical parallel-plate channel with symmetric and asymmetric

wall temperatures are numerically investigated. Buoyancy effects on developing and fully developed ...

In this study, rarefied supersonic and subsonic gas flow around a NACA 0012 airfoil is

simulated using both continuum and particle approaches. Navier Stokes equations subject to

the first order slip/jump boundary conditions are solved...

This paper evaluates the suitability of a newly developed hybrid “Langmuir-Maxwell” and “Langmuir-

Smoluchowski” slip/jump boundary conditions in the Navier-Stokes-Fourier equations for nano/micro

backward-facing step geometry flow...

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 ...

-of-attack of 0 and 10

degrees and Mach numbers of 0.8 and 2. The sharp 25-55-deg biconic case is simulated at Mach of 15.6.

The simulation results obtained for the NACA0012 airfoil show that the combination of the second

order slip/jump...

In the current work, for the first time, we extend the application of a second order slip/jump equations

introduced by Karniadakis et al. for the simulation of high speed, high Knudsen (Kn) number flows over

flat plate and cylinder...

n this paper we numerically evaluate the recently developed Aoki et al. slip and jump conditions in high-speed rarefied gas flows for the first time. These slip and jump conditions are developed to be employed with the ...