The iron and steel industry, responsible for 8% of global energy use, faces challenges in
achieving low-carbon development. Reheating furnaces consume 67% of the energy in …

The present work deals with the development of an efficient modelling approach for the
flameless combustion of pure hydrogen with highly preheated air. It contains an application …

Abstract A 3D CFD modelling approach of a vertical high temperature furnace in a bright
annealing line for stainless steel is presented in this study. The observed line has a …

Comprehensive unsteady analysis of large size forged blocks heating characteristics in a
gas-fired heat treatment furnace was carried out employing experimentally measured …

The thermal input of a flameless burner is commonly realized by its switch on-time at a
unique, optimized design point. This typical on–off regulation approach may provide …

This work presents the computational fluid dynamic (CFD) simulation of a single-ended non-
recirculating radiant tube burner (RTB). In the RTB evaluated, the mixing and main …

A computationally highly efficient numerical model is presented able to characterize
combustion and steel heating in a real-size industrial rotary hearth furnace using …

Comprehensive radiant heat transfer coefficient, convective heat transfer coefficient and
furnace temperature are the key parameters constituting the boundary conditions of the billet …

The low net efficiency of oxy-fuel circulating fluidized bed (CFB) combustion is mainly due to
the addition of air separation unit (ASU) and carbon dioxide compression and purification …

The study presents a cross-coupled numerical method for simulating natural gas combustion
and melting process. The combustion process is modeled using the Eddy Dissipation Model …