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 …

The present study deals with a numerical investigation of an electric arc furnace (EAF). A
model based on radiative heat transfer has been generated to estimate the temperature …

This paper investigates numerically and experimentally the radiative heat transfer of electric
arc furnaces and convective heat transfer of a cooling system for oxygen blowers. The …

An inverse process based on the conjugate gradient and adjoint problem is developed for
predicting the time-varying bank thickness during the solidification/melting process in a …

Compared to integrated steel production via blast furnace and basic oxygen furnace, the
electric arc furnace route saves energy and carbon dioxide emissions. While the major part …

Electric arc furnace waste heat recovery has a high potential for increasing the efficiency
and sustainability of steel plants. Normally the off-gases are cooled down inside a water …

An inverse heat transfer method for predicting the state of the lateral refractory brick wall of a
melting furnace is presented. By collecting temperature data with a thermocouple embedded …

A transient three-dimensional (3D) mathematical model is established to analyze
electromagnetics-temperature-component multi-physical field distribution in calcium carbide …

ABSTRACT Modern Electric Arc Furnaces (EAF) employ ultra-high-power electrical input to
minimize the scrap melting time. Increasing the operating voltage increases arc length and …

This article optimizes the thermohydraulic performance of a cooling system of an electric arc
furnace working with the alumina–water nanofluid under turbulent flow regime. The impacts …