This review examines current approximations and approaches that underlie the evaluation
of transport properties for combustion modeling applications. Discussed in the review are …

The kinetic theory of gases in the limit of zero density and that of moderately dense gases is
used to generate accurate tables of the viscosity and thermal conductivity of the pure …

Simulations of laminar combustion and other reactive flow processes (like chemical vapor
deposition, plasma etching, etc.) are presently carried out in most cases using the transport …

The current state of knowledge on diffusion and thermodiffusion of neutral gases that govern
the composition of the greater part of the Earth's thermosphere is reviewed. Hydrodynamic …

In the present article, a novel statistical approach was developed to accurately predict the
thermal conductivity of CO 2 using response surface methodology (RSM). The Artificial …

Transport properties of pure methane have been calculated in the rigid-rotor approximation
using the recently proposed intermolecular potential energy hypersurface [R. Hellmann et al …

Transport properties of chemical species are required for many combustion models. A
sensitivity analysis is conducted to assess the significance of transport properties and their …

The paper presents accurate representation of the thermal conductivity of methane and
tetrafluoromethane in the limit of zero density. The theoretically‐based correlations provided …

NOBLE gases and binary mixtures are being considered as working fluids for nuclear
reactor power systems employing a closed Brayton cycle (CBC) for energy conversion. The …

The present work is concerned with determining a good effective isotropic pair potential
energy for carbon dioxide by the use of two-iteration inversion of corresponding states …