A two-dimensional mathematical model of steelmaking ladies is presented. Th
e model can be used as a design tool, by which a number of variables such a
s holding time, material choice, and refractory layer thicknesses can be st
udied with regard to their influence on the steel temperature evolution dur
ing casting. In addition, the model can act as a decision support and as a
basis for automation of temperature control. Temperature measurements from
an operational steelmaking ladle are compared to simulation results obtaine
d with the model, demonstrating its feasibility and applicability to steelm
aking.