Hot Air Stirling Engine Motor Model Fluid Dynamic Physics Experimental Model

Product Features: - A demonstration of Stirling engines with built-in flywheels. - Assembled with 2 cylinders for smooth, continuous operation. - Requires heat (e.g., an alcohol burner) to power the motor. - Spark plug ignition (alcohol lamp not included). - High precision and durable design enables continuous operation. What's a Stirling Engine? A Stirling engine is an external combustion engine where the working fluid is a permanently sealed, fixed amount of gas. This type of engine is reliable, durable, and efficient. Applications: - Demonstrating the principles of Stirling engines in a classroom or lab setting. - Ideal for teaching fluid dynamics, thermodynamics, and mechanical engineering concepts. - Can be used for experimental projects and research. Key Features: - Durable material construction for long-lasting use. - Simple and intuitive design for easy assembly and operation. - Features a flywheel for smooth and continuous rotation. - Compact in size for convenient storage and transportation. - Clear and comprehensive instructions included for quick setup and operation. Benefits: - Offers a hands-on educational experience for students and researchers. - Provides a practical demonstration of fluid dynamics and thermodynamics concepts. - Helps develop an understanding of the principles of engine operation. - Compact and portable design makes it suitable for both classroom and home use. - Durable construction and reliable performance ensure longevity and consistency.

Stirling engine on Wikipedia

Stirling Engine Experiment on YouTube