Accurate prediction of NOx emission is essential in designing combustion devices and
troubleshooting of existing ones. The aim of this work is to investigate the sensitivity of NOx …

A natural-gas fired walking hearth type furnace for the reheating of steel billets was
investigated in this work. A novel numerical approach was used to predict the gas phase …

Melting and primary fining represent the most essential steps in the glass manufacturing
process. Electric boosting and bubbling are common methods used to optimize these …

In the present work a CFD study of a natural gas fired lab-scale furnace under different
oxygen enrichments was done. Results were compared to measured temperatures and heat …

A three-dimensional analysis of the gas phase combustion and transient heating of steel
billets in an industrial walking hearth furnace was done by CFD. An iterative solution …

Complex fluid–solid systems generally exist in process engineering. The cognition of
complex flow systems depends on numerical and experimental methods. The computational …

This paper investigates a natural gas fired lab-scale furnace with a thermal input between 28
and 115 kW under different O 2/N 2 ratios in the oxidizer by computational fluid dynamics …

An analysis of the effect of burner location on the performance of a walking-beam type
reheating furnace for an austenitizing process is presented in this work. Four configurations …

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 …

Glass furnaces represent a continuous challenge for CFD simulations, which is attributed to
the complex description of multiple phases: the turbulent gas phase, raw materials from a …