… relaxation time is much shorter than all the response times of the sphere. For this reason,
thermodynamic equilibrium is normally established fast at the interface and does not affect …

… Regarding the multiphase flow model considered in the present paper, the relaxation scheme
is compared to Rusanov’s scheme, the only scheme presently available. As expected, for …

… a high relaxation time, (2… flow at a high relaxation time, (3) the two-point delta function is
better than the four-point delta function at low relaxation times, but worse at high relaxation times…

… Numerical modeling of compressible multiphase flow … relaxation and pressure relaxation
times are comparable such as the boiling flow, while our work is directed at ICF plasma flows …

… , focusing on multiphase flows, thermal flows and thermal multiphase flows with phase change.
… and defects as well as common features of multiphase and thermal LB models. Recent …

… space, where the moments are relaxed with individual rates. The relaxed moments are then
… its capability and efficiency for simulating multiphase flows. A non-orthogonal MRT collision …

… The relaxation rates of g i are set as s 3 g = s 5 g = s 7 g = 1 / τ g = 10 / 7 , while the other
relaxation times are set to be unity in this study. In addition, the mobility is given by 0.0025. First, …

In this paper, a lattice-Boltzmann equation (LBE) with multi relaxation times (MRT) is
presented for axisymmetric flows. The model is an extension of a recent model with single-relaxation…

… thermal aspects of the flow). Whereas early lattice Boltzmann models used a single-relaxation
time for all distributions, the collision operator used in this work is a multirelaxation …

… The characteristic particle response time derived from the Stokes' law relaxation time (time
required for the injected particle's velocity to drop by a factor of l/e) is given, following the …