The 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 …

In this study, the recent innovations and improvements in carbon dioxide (CO 2) injection
technologies for electric arc furnace (EAF)-ladle furnace (LF) steelmaking processes have …

Electric arc furnaces (EAFs) are intended for the recycling of steel scrap. One of the more
important variables in the recycling process is the tapping temperature of the steel. Due to …

Characteristics of flow field and stirring effects of six kinds of bottom-blowing arrangements
on the molten bath were researched in a 75 t electrical arc furnace. The mixing time was …

In the contemporary electric arc furnace (EAF) steelmaking industry, increasing contents and
temperature homogenization via fluid flow stirring is found to be an effective method of …

Steel scrap is of great benefit for environmental protection. In converter steelmaking, bottom
carbon injection was applied to enhance the scrap ratio and in EAF steelmaking, submerged …

A transient mathematical model was developed for the description of fluid flow, heat transfer
and electromagnetic phenomena involved in the production of ferronickel in electric arc …

Degradation behavior of MgO–15 pctC by Ar blowing in contact with liquid steel was studied
using a high-frequency induction furnace at a temperature range between 1550° C and …

Targeted at the 3000 kVA and 1500 kVA electric arc furnaces for MgO production, 3D
models are developed to characterize the thermal behavior in the furnaces. The …

The paper presents a comprehensive electric arc furnace (EAF) model, developed for
simulation and model‐based control of the EAF processes. The model consists of three sub …