SU2-NEMO, a recent extension of the open-source SU2 multiphysics suite's set of physical
models and code architecture, is presented with the aim of introducing its enhanced …

Fully kinetic, vibrationally kinetic, and continuum solvers with varying model fidelity are used
in this work to model the high-temperature relaxation of air in 7230 and 15,000 K adiabatic …

This paper presents an analysis of data previously reported from a test series in the Electric
Arc Shock Tube Facility for incident shocks composed of pure nitrogen. The present work …

Nonequilibrium flows of air components behind reflected shock waves are systematically
studied on the basis of several theoretical models for the rate coefficients of fully coupled …

Boundary conditions for fluid-dynamic variables of strongly nonequilibrium multicomponent
gas mixture flows in slip regime are derived systematically by two different approaches. The …

The time-dependent rotational and vibrational temperatures were measured to study the
shock-heated thermal nonequilibrium behaviors of CO with Ar, He, and H 2 as collision …

In this study, we develop and assess a new approach to modeling slip boundary conditions
in gas mixtures with coupled state-to-state vibrational-chemical kinetics and surface physical …

The problem of descent spacecrafts safety is closely related to the correct assessment of
heat fluxes to their surface. This work is devoted to an experimental study of radiative heat …

We study the influence of vibrational and chemical relaxation behind the incident shock
wave on the gas parameters behind the reflected wave. The detailed state-to-state approach …

The state-to-state (StS) model can accurately describe high-temperature thermochemical
nonequilibrium flows. For the five-species air gas mixture, we develop a comprehensive …