Additional teaching tools for this course can be found on the website for Heat and Mass Transfer: A Practical Approach by Çengel.

Summary: This demonstration illustrates the material property of thermal conductivity, and how this property affects conduction heat transfer in a solid. Concepts include Fourier’s Law, conservation of energy and solid-liquid phase change.

Summary: This classic demonstration illustrates how to concentrate radiant energy (solar or other) using a parabolic reflecting dish. You can produce high enough heat fluxes to burn paper.

Summary: This demonstration reinforces Fourier's law. It illustrates the difference in heat flux between bars of identical geometry but different composition. Each bar is exposed to the same hot and cold ends, and the temperature variation is visualized with liquid crystal temperature indicators. The materials that visually respond faster to the imposed temperature difference have a higher thermal conductivity.