Electromagnetic Parameters of Two-Phase Induction Channel Furnace

Bondar, O.I.; Glukhenkyi, O.I.; Goryslavets, Yu.M.

doi:10.15407/publishing2020.56.072

Praci Inst. elektrodin. Nac. akad. nauk Ukr.

2020

DOI: 10.15407/publishing2020.56.072

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Electromagnetic Parameters of Two-Phase Induction Channel Furnace

O.I. Bondar¹,

O.I. Glukhenkyi²,

Yu.M. Goryslavets³

Abstract: Сформульовано тривимірну математичну модель для дослідження електромагнітного поля індукційної канальної печі за умови заданих напруг на індукторах. Підтверджено адекватність моделі шляхом співставлення розрахованих електромагнітних параметрів з експериментальними даними, отриманими на промисловій печі. Для двофазної індукційної канальної печі визначено вплив фазового кута між напругами на індукторах на енергетичні та електромагнітні параметри печі. Бібл. 5, рис. 4, таблиця. Ключові слова: індукційна канальна … Show more

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Modeling of Electromagnetic Processes in Induction Channel Furnaces Taking Into Account Metal Frames

Goryslavets,

Gluhenky,

Zalozny

2022

Praci Inst. elektrodin. Nac. akad. nauk Ukr.

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On the basis of the formulated mathematical model for the study of electromagnetic processes in a two-phase (two-inductor) induction channel furnace, electrical losses in the metal frameworks of the furnace were calculated for vari-ous options for their sectioning. The influence of the phase angle between the voltages feeding the inductors of the fur-nace on the distribution of specific and integral losses in the frames is determined. Practical recommendations for re-ducing these losses in order to increase the efficiency of melting furnaces are presented. Ref. 5, fig. 5.

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Modeling of Electromagnetic Processes in Induction Channel Furnaces Taking Into Account Metal Frames

Goryslavets,

Gluhenky,

Zalozny

2022

Praci Inst. elektrodin. Nac. akad. nauk Ukr.

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Numerical Modelling of Induction Channel Furnace Thermal State

Bondar¹,

Glukhenkyi²,

Goryslavets³

et al. 2021

Teh. elektrodin.

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A mathematical model that describes heat and mass transfer processes in an induction channel furnace is presented. Using the example of a two-phase channel furnace with standard form of channels, the influence of the phase angle between the voltages supplying the furnace inductors on the thermal state of the liquid metal is considered. Values of this angle, which provide minimal melt overheating in channels in comparison with furnace bath have been determined. Ways of intensification of heat and mass transfer processes in two-phase channel furnace have been suggested. References 9, figures 4.

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Intensification of Heat and Mass Transfer in Induction Channel Furnaces

Bondar¹,

Goryslavets²,

Zharkin³

2022

Teh. Elektrodin.

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On the basis of the formulated mathematical model the thermal state of a two-phase (two-channel) induction furnace for melting cast iron with channels of standard and new configuration (shape) taking into account thermal convection is investigated. The influence of the phase angle between the voltages supplying the furnace inductors on the overheating of the metal in the channels is determined. Practical recommendations for reducing this overheating are presented, which allows to reduce energy losses, i.e. to increase the efficiency of furnaces and increase their service life. References 10, tables 2, figures 4.

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Electromagnetic Parameters of Two-Phase Induction Channel Furnace

Cited by 3 publications

References 0 publications

Modeling of Electromagnetic Processes in Induction Channel Furnaces Taking Into Account Metal Frames

Modeling of Electromagnetic Processes in Induction Channel Furnaces Taking Into Account Metal Frames

Numerical Modelling of Induction Channel Furnace Thermal State

Intensification of Heat and Mass Transfer in Induction Channel Furnaces

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