Numerical and experimental investigation of scale formation on steel tubes in a real-size reheating furnace

•Numerically efficient model by coupling transient and steady state CFD-simulations.•A substantial matching between the numerical model and experimental results.•Energy and mass balances match whole furnace.•Scale kinetics based on steel temperature and surrounding atmosphere.•Evaluation of the infl...

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Veröffentlicht in:	International journal of heat and mass transfer 2019-02, Vol.129, p.460-467
Hauptverfasser:	Landfahrer, M., Schluckner, C., Prieler, R., Gerhardter, H., Zmek, T., Klarner, J., Hochenauer, C.
Format:	Artikel
Sprache:	eng
Schlagworte:	Atmospheric models Combustion Combustion modelling Computational fluid dynamics Computer simulation Computing time Furnaces Heat transfer Heating Heating furnaces Insulating effect Insulation Mother tubes Numerical analysis Pump jacks Reheating furnace Scale formation Steel pipes Steel tubes Temperature effects Thermal conductivity Transient heating Vapor phases Weight
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