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Determination of correlation functions of the oxide scale growth and the temperature increase

In this paper, a method for estimating the scale growth of superheater and reheater tubes of boiler and generating the constant B which is correlating the scale growth and the increased tube metal temperature, for different operational conditions is reported. This method utilizes an empirical formul...

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Bibliographic Details
Main Authors: Salman B.H., Hamzah M.Z., Purbolaksono J., Inayat-Hussain J.I., Mohammed H.A., Muhieldeen M.W.
Other Authors: 48461700800
Format: Article
Published: 2023
Subjects:
Heat transfer
Numerical simulation
Oxidation
Superheater and reheater
Estimation
Flue gases
Numerical methods
Superheater tubes
Tubes (components)
Convection coefficients
Correlation function
Empirical formulas
External surfaces
Finite element modeling
Flue gas temperatures
Inner surfaces
Larson-Miller parameter
Mass flow rate
Operational conditions
Oxide scale growth
Reheater tubes
Scale thickness
Temperature increase
Tube geometry
Tube metal temperatures
Scale (deposits)
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