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What is Finite-Difference Analysis of Cylinder Heat Transfer about?

A solid cylinder made of plastic is initially at 20°C. One end is insulated while the other end is heated at a rate of 1°C/s. The problem uses an explicit finite difference method with a time step of 0.5 seconds to model the transient heat conduction through the cylinder. The surface temperature T0 increases linearly over time based on the heating rate. The simulation is run until the insulated end (T4) reaches 35°C, at which point the surface temperature T0 is 230°C.

Author

Sadie Hnatow

Language

EN