A numerical model of annular linear induction pump with a full-scale pump channel is
created to study the scale-dependent instability of the magnetohydrodynamic flow. The …

During recent decades, data from space missions have provided strong evidence of deep
liquid oceans underneath a thin outer icy crust on several moons of Jupiter,, particularly …

A shear flow of liquid metal (Galinstan) is driven in an annular channel by counter-rotating
traveling magnetic fields imposed at the end caps. When the traveling velocities are large …

The buoyancy experienced by a permanent magnet suspended in magnetic fluid is studied,
and the expression for calculating the magnetic fluid buoyancy is derived. The magnetic fluid …

Efficiency of energy conversion in magnetohydrodynamic (MHD) pumps is relatively lower
compared with conventional mechanical pumps. The processes of energy conversion in an …

The strong coupling between fluid and electromagnetic field in the annular linear induction
pump (ALIP) can gradually amplify small disturbance in the fluid field into large‐scale …

The flow of an electrically conducting fluid driven by a traveling magnetic field imposed at
the end caps of a cylindrical annulus is numerically studied. At sufficiently large magnetic …

In a previous paper, we have reported numerical simulations of the MHD flow driven by a
travelling magnetic field (TMF) in an annular channel, at low Reynolds number. It was shown …

Flow instability is the intricate phenomenon in the annular linear induction pump (ALIP)
when the pump runs at off-design working condition. A three-dimensional (3D) numerical …

Significance of different effects is studied when a travelling magnetic field interacts with an
electrically conducting flow. Numerical experiment is carried out by using the open source …