Despite the plethora of published studies on intracranial aneurysms (IAs) hemodynamic
using computational fluid dynamics (CFD), limited progress has been made towards …

Starting from the general equations of fluid dynamics that describe the atmosphere, and
using asymptotic methods, we present the derivation of the leading-order equations for …

Abstract Starting from the Navier–Stokes equation (in rotating, spherical coordinates), and
the equation of state coupled with the first law of thermodynamics for the atmosphere, a …

The bulk viscosity of molecular models of gases and liquids is determined by molecular
simulations as a combination of a dilute gas contribution, arising due to the relaxation of …

A method is proposed for the calculation of bulk viscosity, μ b, of dilute gases using
nonequilibrium molecular dynamics (NEMD) simulations. The method uses measurement of …

Fluid–structure interaction with contact poses profound mathematical and numerical
challenges, particularly when considering realistic contact scenarios and the influence of …

Three-dimensional direct numerical simulations (DNS) of Rayleigh-Taylor instability (RTI) at
the interface of two masses of air with a sharp temperature gradient of 149 K are performed …

We present a generalisation of the all-Mach solver of Fuster and Popinet (2018)[1] to
account for heat diffusion between two different compressible phases. By solving a two-way …

A new software framework using a well-established high-order spectral element
discretization is presented for solving the compressible Navier–Stokes equations for …

We revisit the molecular arguments underpinning the diffusive compressible Euler model
(proposed in Svärd (2018)), and conclude that a heat diffusive term is not accounted for in …