Mostafa Alizadeh, Ahmad Jenabali Jahromi
In this article, a model representing local heat flux density in the mold in continuous casting of steel is presented. This model is a modification for the empirical model of Schwerdtfeger. A new parameter is defined as LHTCz (longitudinal heat transfer coefficient). The multiplication of LHTCz to total increase of the cooling water temperature (DTTw) leads to a new model for local heat flux density. Since DTTw is a measurable parameter, the present model can be used in on-line controlling of the continuous casting process. Results of the present model were compared with the experimental data and a good agreement was seen. Also, it was shown that the present model can be used as a boundary condition in solidification numerical modeling.
@article{fb2f29de-6649-40b9-a58f-4a523592ff54,
title={New analytical model for local heat flux},
author={Mostafa Alizadeh and Ahmad Jenabali Jahromi},
year={2026},
language={en}
}TY - JOUR TI - New analytical model for local heat flux AU - Mostafa Alizadeh AU - Ahmad Jenabali Jahromi PY - 2026 LA - en ER -
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