Explore the principles of thermodynamics with this vibrant Stirling Engine model, perfect for physics education! Designed for the “Physics Education Design Contest,” this model uses the Maker’s Beginner Kit to simulate a working Stirling Engine. While powered by an electric motor instead of an actual tea light, the model cleverly replicates the engine’s functionality, making it both safe and engaging for classroom demonstrations.
The color-coded design enhances understanding: the red side of the cylinder represents the “hot” air expansion area, while the blue side and its cooling fins demonstrate how air cools and contracts. This visual clarity helps bring complex scientific concepts to life in an accessible and hands-on way.
Features:
• Education-Focused Design: Built for the “Physics Education Design Contest” to teach thermodynamic principles.
• Maker’s Beginner Kit Powered: Uses an electric motor to safely simulate the engine’s motion.
• Color-Coded Components: Red for heat and blue for cooling, including realistic cooling fins, to visualize the engine’s function.
• Engaging Demonstration: A perfect tool for classrooms or STEM outreach events.
Assembly Notes:
This model is a complex build, requiring:
• Gluing of Small Parts: Precision and patience are needed for assembly.
• Sanding for Smooth Functionality: The pistons and inside of the cylinder may require sanding to reduce friction.
• Axle Lubrication: Use a light machine oil to ensure smooth rotation and reduce friction. Without proper lubrication, the electric motor may struggle to overcome resistance.
• Battery Box Instructions Provided in the Maker’s Beginner Kit: Printing and assembly instructions for the battery box are included in the “Maker’s Beginner Kit,” ensuring compatibility with this model.
• Build Instructions Coming Soon: Full step-by-step build instructions are currently in development but not yet available.
With careful assembly and attention to detail, this Stirling Engine model becomes an engaging and visually striking tool to demonstrate the beauty of physics in action!
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