The van der Waals polytropic gas model is used to investigate the role of attractive and
repulsive intermolecular forces and the influence of molecular complexity on the possible …

We study the dispersion relation for sound in rarefied polyatomic gases (hydrogen,
deuterium and hydrogen deuteride gases) basing on the recently developed theory of …

Basing on the recent theory of extended thermodynamics of dense gases, we study a
thermodynamic theory of gases with the energy transfer from molecular translational mode …

The calculation of thermodynamic state variables, particularly derivatives of the pressure
with respect to density and temperature, in conventional molecular-dynamics simulations is …

The value of the fundamental derivative of gas dynamics, Γ, is a quantitative measure of the
variation of the speed of sound with respect to density in isentropic transformations, such as …

The aim of this paper is to compare different kinetic approaches to a polyatomic rarefied gas:
the kinetic approach via a continuous energy parameter I and the mixture-like one, based on …

Expressions are derived for the specific heat, Cv, the thermal pressure coefficient, γ v, and
the adiabatic compressibility, β S, in terms of the fluctuations of the kinetic energies and the …

The free energy of a fluid composed of nonspherical molecules is expanded about that for a
reference fluid of rigid, nonspherical molecules. The expansion procedure involved …

The objective of extended thermodynamics of molecular ideal gases is the determination of
the 17 fields of mass density, velocity, energy density, pressure deviator, heat flux, intrinsic …

The nonclassical gasdynamic region of fluorinated substances belonging to the PP, FC, and
E series is investigated using different thermodynamic models of increasing complexity …