This paper describes the implementation of a numerical solver that is capable of simulating
compressible flows of nonideal single‐phase fluids. The proposed method can be applied to …

In the field of computational aerodynamics, it is vital to develop tools that can accurately, but
also efficiently, simulate the flow around bluff objects and calculate the aerodynamic forces …

Various aspects of incompressible viscous flow modeling using regularized equations are
considered: from the formulation of quasi hydrodynamic (QHD) equations for fluid motion to …

Regularized equations for binary mixtures of viscous compressible gases (in the absence of
chemical reactions) are considered. Two new simpler systems of equations are constructed …

The instance of the epistemic uncertainty quantification concerning the estimation of the
approximation error norm is analyzed using the ensemble of numerical solutions obtained …

Professor NE Zhukovsky was a famous Russian mechanic and engineer. In 1876 he
defended his master's thesis at Moscow University. At a careful reading of NE Zhukovsky's …

An elegant and easy-to-implement numerical algorithm for simulating flows of homogeneous
gas mixtures with component temperatures and velocities assumed to be equal is …

The element of the epistemic uncertainty quantification concerning the estimation of the
approximation error is analyzed from the viewpoint of the ensemble of numerical solutions …

This paper presents the Eulerian–Lagrangian approach for numerical modeling of high-
speed gas-droplet flows and aeroacoustics. The proposed hybrid approach is implemented …

A new numerical algorithm for simulating transonic flows of nonreacting gas mixtures is
proposed. The algorithm is based on the finite volume method as applied to regularized, or …