A newly heuristic form of second-order slip/jump boundary conditions (BCs) for the Navier–
Stokes–Fourier (NSF) equations is proposed from the viewpoint of generalized …

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 …

In hypersonic shock tunnel experiments, the high-temperature reservoir gas expands and
accelerates so rapidly that there is not enough time for vibrational energy relaxation. As a …

Recently, Rana and Barve [“A second-order constitutive theory for polyatomic gases: Theory
and applications,” J. Fluid Mech. 958, A23 (2023)] developed a second-order coupled …

The viscous and thermal velocity slip coefficients of various monatomic gases are computed
via the linearized classical Boltzmann equation, with ab initio potential, subject to Maxwell …

We develop a moment method based on the Hermite series of the arbitrary order to calculate
viscous-slip, thermal-slip, and temperature-jump coefficients for general gas-surface …

Reliable gas–surface interaction modeling is of major importance in consistent simulation of
rarefied gas flows with applications in vacuum technology and micro-electromechanical …

Thermal transpiration flow is a thermally driven flow from a cold part toward a hot part using
a temperature gradient along a wall under a high Knudsen number condition. Many studies …

Subcontinuum gas conduction is an essentially important phenomenon in disparate fields of
applications ranging from aerospace vehicles to biomedical sensors, and has been the …

We study the effect of slip boundary conditions on the kinetics, dynamics, and heat transfer
in a strongly nonequilibrium flow with coupled vibrational relaxation, state-specific gas …