In this paper we develop a new closure theory for moment approximations in kinetic gas
theory and derive hyperbolic moment equations for 13 fluid variables including stress and …

The envelope (E) protein encoded in the genome of an RNA virus is crucial for the
replication, budding and pathophysiology of the virus. In the light of the ongoing pandemic …

Ion flow inside an ion channel can be described through continuum based Born-Poisson-
Nernst-Planck (BPNP) equations in conjunction with the Lennard-Jones potential. Keeping …

Over the past three decades, the lattice Boltzmann method (LBM) has been applied to a vast
range of hydrodynamic and non-hydrodynamic (eg, ion transport) systems. In conjunction …

This two-volume special issue of 'Continuum Mechanics and Thermodynamics' is the result
of an international meeting on moment methods in kinetic gas theory that took place in …

Fluid-ion transport through a nanochannel is studied to understand the role and impact of
different physical phenomena and medium properties on the flow. Mathematically, the …

A modification of Mott-Smith method for predicting the one-dimensional shock wave solution
is presented. Mott-Smith distribution function is used to construct the system of moment …

Wave disturbances of a stratified gas are studied. The description is built on a basis of the
Bhatnagar–Gross–Krook (BGK) kinetic equation which has reduced down the level of fluid …

The system of hydrodynamic-type equations is derived by two-sided distribution function for
a stratified gas in gravity field and applied to the problem of ultrasound. The theory is based …

The system of hydrodynamic-type equations, derived by two-side distribution function for a
stratified gas in gravity field is applied to a problem of ultrasound. The theory is based on …