Laws of Thermal Radiation from Gaseous Volumes and Their Application in the Design and Operation of Furnaces, Fire Boxes, and Combustion Chambers
Anatoly Makarov
(2026)
Laws of Thermal Radiation from Gaseous Volumes and Their Application in the Design and Operation of Furnaces, Fire Boxes, and Combustion Chambers: pp.
131-240.
Chapter 3. Calculations of Heat Exchange in Arc Fires
The following sections are included:
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3.1 Change in Arc Efficiency during Melting in
Steel-Melting Arc Furnaces
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3.2 Effect of Architecture on Energy Efficiency of Electric
Arc Furnaces of Conventional and Consteel Designs
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3.3 Calculation and Analysis of the Relationship between the
Efficiency and Position of Electric Arcs and Power Consumption
in Electric Arc Furnaces (EAF) of Smaller and Larger Capacity
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3.4 Effect of the Slag Layer Thickness, Gas Composition,
And Furnace Capacity on the Arc Efficiency and Heat
Transfer in Arc Furnaces
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3.5 Interconnection of Heat Exchange, Height of the Slag Layer, Efficiency of Arcs, and Specific Electricity Consumption
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References