In this study, a time saving method is presented for the simulation of an 18 MW pusher type
reheating furnace with a production capacity of 60 t/h which is fired by natural gas burners …

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 …

Precise knowledge of the heat transfer in a reheating furnace is important for optimizing the
slab production process. In the present work, a new comprehensive CFD (Computational …

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 …

Precise knowledge of the scale mass formed is essential for the production of high quality
steel. In this context several different models have been developed to represent the …

In the present study a transient heating process in a natural gas fired test furnace, used for
fire resistance tests of construction and building materials, was investigated by …

In this work the heating of mother tubes in a walking beam type reheating furnace has been
investigated. The tubes are heated prior to further processing into seamless tubes in a …

The call for an increase in efficiency and performance leads to constant developments of
furnaces and burners. For this purpose, a propagated application of different burner types …

Up to now, the heat flux to a load in a reheating furnace has been subdivided, at most, into
two parts: a convective part and a radiative part, which is a combination of solid body and …