In the last sixty years‎, ‎the Dynamic Relaxation methods have evolved significantly‎. ‎These explicit and iterative procedures are frequently used to solve the linear or nonlinear response of governing equations resulted ...

Temperature and doping dependencies of electron mobility in InP, InAs,GaP and GaAs structures have been

calculated using an iterative technique. The following scattering mechanisms, i.e, impurity, polar optical phonon,

acoustic phonon...

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) ...

This paper introduces a modified version of the iterative technique (IT) technique called the modified iterative technique (MIT) which implements a desirable wall heat flux distribution over the wall for rarefied gas simulations using Direct...

condition in the DSMC simulations. This technique is based on an iterative progress on the wall temperature magnitude.

It is found that the proposed iterative technique has a good numerical performance and could implement both positive

and negative values...

wall cases are considered. Implementation of wall heat flux in the DSMC method is performed using the recently developed “iterative” technique. Our investigation considers heat transfer behavior in both of slip and transition flow regimes. We...

Micro/nano geometries with specified wall heat flux are widely encountered in electronic cooling and micro-/nano-fluidic sensors. In the present study, we introduce a new iterative technique to impose the desired (positive/negative) wall heat flux...