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Temperature field inside the crucible stove

Problem Type:
Plane-parallel problem of heat transfer.

Geometry:
Temperature field inside the crucible stove Thermal conductivity of fire-clay is a function of time, W/K-m Mineral wool Fire-clay Air, +700°C Glass tape 800 mm 740 mm

Given:
Temperature of heat source: 700°C;
Temperature of outer surface: 50°C;
Thermal conductivity of mineral wool: 0.0583 W/K-m;
Thermal conductivity of glass tape: 0.058 W/K-m;
Thermal conductivity of fire-clay (as a function of time t): 0.837+0.582·t W/K-m;

Problem:
Calculate temperature distribution in the crucible stove.

Results:
Temperature distribution in the crucible stove.

crucible stove temperature distribution

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