Contactless electromagnetic method for aluminium degassing

Kaldre, Imants; Bojarēvičs, Andris; Beinerts, Toms; Baranovskis, R.; Nikoluskins, Raimonds; Milgrāvis, Mikus; Kalvāns, Matīss

doi:10.1088/1757-899x/424/1/012057

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Model Experiments For Temperature Homogenisation Of Molten M...1

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2022

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“…The electric motor only consumes energy to rotate the PM block and create motion by overcoming the secondary magnetic fields induced in the liquid metal. Despite this advantage, few studies have been conducted on permanent magnet systems, leaving significant opportunities for developing new applications [11], [12].…”

Section: Model Experiments For Temperature Homogenisation Of Molten M...mentioning

confidence: 99%

Dynamic Analysis and Optimization of Rotating Permanent Magnet Dipole Pumps for Metallurgy

Kalvāns

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The Doctoral Thesis delves into exploring electromagnetic induction pumps with permanent magnets for applications within the metallurgy. The study employed theoretical, computational, and experimental methodologies to examine these pumps' performance and the liquid metal's resultant flow. A novel device design was formulated, featuring dual rows of permanent magnet cylinders. It was ascertained that ensuring the stable functionality of such a device necessitates a precise arrangement of the magnets.

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Section: Model Experiments For Temperature Homogenisation Of Molten M...mentioning

confidence: 99%

Dynamic Analysis and Optimization of Rotating Permanent Magnet Dipole Pumps for Metallurgy

Kalvāns

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Model Experiment for Molten Metal Temperature Homogenization with Rotating Permanent Magnet

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Kalvāns

et al. 2022

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Contactless electromagnetic method for aluminium degassing

Cited by 2 publications

References 5 publications

Dynamic Analysis and Optimization of Rotating Permanent Magnet Dipole Pumps for Metallurgy

Dynamic Analysis and Optimization of Rotating Permanent Magnet Dipole Pumps for Metallurgy

Model Experiment for Molten Metal Temperature Homogenization with Rotating Permanent Magnet

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