The discontinuous Galerkin (DG) method has been popular as a numerical technique for
solving the conservation laws of gas dynamics. In the present study, we develop an explicit …

The numerical modeling of the aerodynamic interactions at high-altitudes and high-Mach
numbers is considered in view of its importance when studying problems where the …

A first principles formulation for the calorically imperfect behavior of gases is here proposed
within a Boltzmann-type discretisation of the Navier–Stokes equations. The formulation is …

In this paper, the problem of near-continuum gas flows over a cylinder is numerically
investigated. Three types of boundary conditions for the cylinder surface are adopted: 1) with …

In the present study, 2-D gas-kinetic flow solver on unstructured meshes was developed for
flows from continuum to transitional regimes. The gas-kinetic BGK scheme is based on …

The numerical modeling of the aerodynamic interactions at high-altitudes and high-Mach
numbers is considered in view of its importance when studying problems where the …

A finite-volume kinetic BGK (Bhatnagar-Gross-Krook) method for the compressible Navier-
Stokes equation was presented for three-dimensional flows from continuum to transitional …

This paper presents a finite-volume based lattice Boltzmann method for simulation of full
compressible flows with flexible Prandtl number. The equilibrium distribution function is …

Futuristic civil airliners will fly at much higher speeds than current commercial fleets, and at
altitudes where the atmospheric density and the residence time of fluid particles are greatly …

In the present study, 2-D gas-kinetic flow solver on unstructured meshes was developed for
flows from continuum to transitional regimes. The gas-kinetic BGK scheme is based on …