Determination of heat transfer coefficients for large scale steel forgings quenched in polymer solutions

@inproceedings{LunaGonzlez2018DeterminationOH,
  title={Determination of heat transfer coefficients for large scale steel forgings quenched in polymer solutions},
  author={Jes{\'u}s Mario Luna-Gonz{\'a}lez and Edgar Ivan Saldana-Garza and R. D. Mercado-Solis and Luis Adolfo Leduc-Lezama and Bradley P. Wynne},
  year={2018}
}
The inverse heat conduction method is used to calculate surface heat transfer coefficients (HTCs) as a function of temperature and location during quenching of a complex geometry large steel forging in a static polymer solution. Experimental temperature-time data extracted from the piece were used as input data to calculate the HTC. The geometry was divided into seven different zones (surfaces). An individual HTC, with a high level of experimental confidence, was calculated for each zone by… CONTINUE READING