Abstract
The present study discusses thermal nano-scale flows by the lattice Boltzmann method(LBM). Although recent LBMs discuss nano-flows, reports on nano-thermal flows are rare. Our group showed that the regularization procedure was needed for complex nano-scale flows. However our preliminary study also showed that the common thermal model did not capture thermal jumps on a wall when the regularization was coupled with. In this study, the model is improved to capture thermal jumps with the regularization. To verify the present model, Fourie, Poiseuille and square cylinder flows are simulated. It is confirmed that the results of the present model correspond well with the reference data.
