PIRA - Entropy and the Second Law: Heat Cycles 4F30.10
Status / Location - Available / MP102.11.0
Visibility - Classroom
Preparation - A few minutes
Presentation - A few minutes
A Stirling Engine runs off a temperature gradient which causes the movement of air inside the engine. There are several models of the engine; the one pictured is a γ-type model. In general, Stirling Engines are notable because combustion isn’t required to make them run.
Hold the engine either by the base or the central support rod. Electrical outlet required.
Apply a temperature difference between the top and bottom of the base. A heating pad is provided as a convenient way to do this. The engine is supposed to run on a difference of a mere 4 Kelvin, so even the heat from a hand can power the engine. Unless the temperature difference is large enough, the flywheel must be given a spin to start the engine. If the bottom plate has a higher temperature, the engine runs counterclockwise looking from the logo side.