A steady-state finite element heat conduction model of a 2500°C induction furnace hot zone matches two sighting-cavity pyrometer readings to within 3.4%, but the validation is weakened by the use of one measured temperature as a boundary condition.
N., Bronson, A.: Reactive processing of a zrb2/zrc/zr–si ceramic composite with a controlled oxygen potential
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Computational Analysis of the Temperature Profile Developed for a Hot Zone of 2500{\deg}C in an Induction Furnace
A steady-state finite element heat conduction model of a 2500°C induction furnace hot zone matches two sighting-cavity pyrometer readings to within 3.4%, but the validation is weakened by the use of one measured temperature as a boundary condition.