Stirling Engine Model

Specification

• Description: Stirling engine model
• Material: various metals (brass and steel)
• Product dimensions: 16 x 8.5 x 7.5 cm
• Product weight: approx. 0.4 kg

Package includes

• Sterling Engine Model
• Alcohol burner (excluding alcohol)

Notes for use: can be powered with methylated spirits (which can be purchased from any hardware store). A tea-light candle may also be used, but better performance is obtained when the alcohol burner is used.

Exercise extreme caution when is use, as the flame from burning spirits is often difficult to see. Operate away from flammable items such as curtains, and ensure flame is completely extinguished when finished using. Note the the unit will also become hot during operation, so allow time to cool before moving.

Age: 16+. Adult supervision required for younger users.

The Mini Stirling Engine provides a hands-on demonstration of several scientific principles across various STEM (Science, Technology, Engineering, and Mathematics) fields:

Thermodynamics

The engine operates based on principles of thermodynamics, showcasing how heat energy can be converted into mechanical work. It highlights concepts like the expansion and contraction of gases.

Mechanics

The movement of the single piston and the transfer of energy through the drive belt and flywheel demonstrate fundamental mechanical principles, including the conversion of linear motion to rotational motion.

Energy Conversion

The engine's ability to convert heat energy from the alcohol burner into mechanical work and, ultimately, electrical power through the built-in turbine illustrates the concept of energy conversion.

Material Science

The use of brass and steel in the construction of the engine showcases material science principles, emphasizing the importance of selecting materials with specific properties for optimal performance.

Power Generation

The built-in turbine showcases the basic principles of power generation, providing a tangible example of how mechanical energy can be harnessed to produce electricity.

Fluid Dynamics

The movement of gases within the engine involves principles of fluid dynamics, demonstrating how the behavior of gases changes with temperature.

Overall, the Mini Stirling Engine serves as a valuable educational tool, offering a tangible and engaging way to explore and understand key scientific concepts in an interactive and hands-on manner.