A new approach to numerical simulation of magnetohydrodynamic flows of liquid metals is
presented. It combines the conservative finite-difference discretization with a tensor-product …

Primary instability of the lid-driven flow in a cube is studied by a linear stability approach.
Two cases, in which the lid moves parallel to the cube sidewall or parallel to the diagonal …

Laminar natural convection flow inside multi-layered spherical shells with internal hot and
external cold boundaries was investigated. Direct numerical simulations (DNS), which were …

This study investigates electro-hydrodynamic (EHD) and electro-thermo-hydrodynamic
(ETHD) phenomena in dielectric liquids, and focusses on charge injection as a source of …

Steady states and traveling waves play a fundamental role in understanding hydrodynamic
problems. Even when unstable, these states provide the bifurcation-theoretic explanation for …

The problem of natural convection in a laterally heated three-dimensional cubic cavity under
the action of an externally imposed magnetic field is revisited. Flows at the Rayleigh number …

An extended immersed boundary method utilizing a semi-implicit direct forcing approach for
the simulation of confined incompressible viscous thermal flow problems is presented. The …

The study numerically investigated the instability characteristics of a 3D highly separated
natural convection flow developing within a cold cubic enclosure in the presence of a …

Transition from steady to oscillatory buoyancy convection of air in a laterally heated cubic
box is studied numerically by straight-forward time integration of Boussinesq equations …

Oscillatory instability of buoyancy convection in a laterally heated cube with perfectly
thermally conducting horizontal boundaries is studied. The effect of the spanwise …