0000000000666825

AUTHOR

R. Baranovskis

showing 2 related works from this author

Permanent magnet dipole stirrer for aluminium furnaces

2018

Use of permanent magnet systems for metallurgical applications have been proposed before. We have continued development of such systems by investigation use of single magnetic dipole which is realized as permanent magnet cylinder. Magnet is magnetized orthogonal to its axis and has been mounted to the side of the liquid metal reservoir. System first was modelled using small scale experiment with galinstan melt. Velocity distributions and flow patterns in reservoir using Ultrasound Doppler Anemometer were acquired and will be presented here. Additionally, numerical model using Comsol and Cenos modelling software were developed alongside analytical, non-dimensional estimation calculations. Ex…

Liquid metalMaterials scienceMechanical engineering02 engineering and technology021001 nanoscience & nanotechnology020501 mining & metallurgyGalinstanDipolechemistry.chemical_compound0205 materials engineeringchemistryAnemometerElectromagnetic coilMagnetCylinder0210 nano-technologyMagnetic dipoleIOP Conference Series: Materials Science and Engineering
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Permanent magnet bottom-stirred swirling flow in coaxial shallow cylindrical containers

2021

Here, an original rotating permanent magnet (RPM) system placed coaxially with the liquid metal container is studied as an effective means of generating flow in shallow cylinders for potential application in aluminum metallurgy (e.g., for ladle stirring and metal dosing). The studied RPM system generates volume force with strong axial variation and force maximum near the radial midpoint. The numerical and experimental data show that, in the shallow cylinder case, the azimuthal velocity follows the force radial distribution. The resulting velocity maximum occurs near the radial midpoint, unlike in the traditional rotating magnetic field (RMF) stirrer systems, where the velocity maximum occur…

Fluid Flow and Transfer ProcessesPhysicsRotating magnetic fieldAngular momentumLiquid metalMechanical EngineeringComputational MechanicsRadiusMechanicsCondensed Matter Physics01 natural sciences010305 fluids & plasmasPhysics::Fluid DynamicsBoundary layerMechanics of MaterialsMagnet0103 physical sciencesCylinderCoaxial010306 general physicsPhysics of Fluids
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