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The efficiency of quartz addition on electric arc furnace (EAF) carbon steel slag stability [PDF]
Journal of Hazardous Materials, 2014 Electric arc furnace slag (EAF) has the potential to be re-utilized as an alternative to stone material, however, only if it remains chemically stable on contact with water. The presence of hydraulic phases such as larnite (2CaO SiO2) could cause dangerous elements to be released into the environment, i.e. Ba, V, Cr.
Davide Mombelli +2 more
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Review on Modeling and Simulation of the Electric Arc Furnace (EAF)
steel research international, 2017The exponential growth of computing power in the last two decades opens up entirely new options for numerical simulations of the Electric Arc Furnace (EAF). Simulations can be used to analyze physical phenomena resisting direct observation or operational measurement even to this very day.
Hans‐Jürgen Odenthal +5 more
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A Model for Temperature Prediction of Melted Steel in the Electric Arc Furnace (EAF)
2010A constant aspiration to optimize electric arc steelmaking process causes an increase of the use of advanced analytical methods for the process support. The goal of the paper is to present the way to predict temperature of melted steel in the electric arc furnace and consequently, to reduce the number of temperature measurements during the process ...
Marcin Blachnik +2 more
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Effect of Feldspar Content on Electric Arc Furnace Slag (EAFS) Added Tiles
Advanced Materials Research, 2014Electric arc furnace slag (EAFS) is a solid waste from steel making industrial. Previously, EAFS was deposited, recycled or used as fertilizer. In present study, EAFS is used as one of the raw materials in ceramic tile production. EAFS added tiles samples have been prepared by mixing of EAFS with ball clay, quartz and feldspar. The feldspar content was
Mohamad Hasmaliza +2 more
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2023 IEEE Industry Applications Society Annual Meeting (IAS), 2023
Görkem Gök +2 more
exaly +2 more sources
Görkem Gök +2 more
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Flicker analysis and methods for electric arc furnace flicker (EAF) mitigation (a survey)
2001 IEEE Porto Power Tech Proceedings (Cat. No.01EX502), 2002This paper gives a general review about how to examine/assess voltage flicker and methods followed in measuring flickers due to an arc furnace and means for its mitigation. It also investigates fast response static VAr generator (SVG) for arc furnace flicker mitigation.
Z. Zhang, N.R. Fahmi, W.T. Norris
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EAF electrical arc furnaces, resistive heating and mixed
2018Describes the basics of converting electrical energy into heat in the electrode electric furnaces arc, resistive and mixed. Describes the properties and characteristics of this kind of furnace baths as successors of electricity. The processes in electrical circuits electrode furnaces with DC/AC and an analysis of adjusting characteristics of various ...
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Experimental and Numerical Evaluation of Clay Soils Stabilized with Electric Arc Furnace (EAF) Slag
2021In this paper, engineering characteristics and settlements of clay soils stabilized with EAF slag were evaluated by laboratory experiments and numerical analyses. The strength parameters obtained from laboratory tests constituted the input parameters of the numerical analyses that displayed the settlements of clay soil layers under shallow foundations.
Mahmudi M., Altun S., Eskisar T.
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Hydraulic Model Study of Combined Blowing in 65t Electric Arc Furnace (EAF)
2020A hydraulic model with a similarity ratio of 1:4 was used to simulate the blowing parameters of 65t electric arc furnace (EAF). The molten bath stirring effects of different bottom blowing arrangements and flow rates under different combined blowing conditions were studied.
Xuetao Wu +4 more
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Electric Arc Furnace (EAF) Modelling and Comparative Study of Flicker Mitigation Techniques
Restaurant Business, 2019In the steel production, electrical arc furnace EAF is mainly used for melting the scrap iron. In steel production is increased by using EAF. The EAF is an extremely non-linear and massive power load, but due to EAF is stochastic functioning of an EAF, in the research of the power quality enhancement is motivated.
Mohan Kumar. C, Vinayaka K. U
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