Objective: Operate a functional model of a Stirling engine as a heat engine
A hot-air engine is a classical example of a heat engine. In the course of a thermodynamic cycle thermal energy is fed in from a high temperature reservoir and then partially converted into useable mechanical energy. The remaining thermal energy is then transferred to a reservoir at a lower temperature.
![Experiment: Stirling Engine D (230 V, 50/60 Hz), 8000595 [UE2060100-230], Thermodynamic cycles](/imagelibrary/UE2060100-230/UE2060100-230_01_Experiment-Stirling-Engine-D-230-V-5060-Hz.jpg)
![Experiment: Stirling Engine D (230 V, 50/60 Hz), 8000595 [UE2060100-230], Thermodynamic cycles](/thumblibrary/UE2060100-230/UE2060100-230_01_1200_1200_Experiment-Stirling-Engine-D-230-V-5060-Hz.jpg)
![DC Power Supply 20 V, 5 A
(230 V, 50/60 Hz), 1003312 [U33020-230], Power Supplies](/thumblibrary/U33020-230/U33020-230_01_140_140_DC-Power-Supply-20-V-5-A-230-V-5060-Hz.jpg)
![Set of 15 Safety Experiment Leads, 75 cm, 2.5 mm², 1002843 [U138021], Circuits](/thumblibrary/U138021/U138021_01_140_140_Set-of-15-Safety-Experiment-Leads-75-cm-25-mm.jpg)
![Safety Experiment Leads, 75 cm, 2.5 mm², blue, red, (2 pcs), 1017718 [U13816], Experiment Leads and Cables](/thumblibrary/U13816/U13816_01_140_140_Safety-Experiment-Leads-75-cm-25-mm-blue-red-2-pcs.jpg)
![Set of 10 Beakers,600 ml, Tall Form, 1002873 [U14211], Glassware](/thumblibrary/U14211/U14211_01_140_140_Set-of-10-Beakers-600-ml-Tall-Form.jpg)
![Precision Dynamometer 5 N, 1003106 [U20034], Dynamometers](/thumblibrary/U20034/U20034_01_140_140_Precision-Dynamometer-5-N.jpg)
![Mechanical Stopwatch, 15 min, 1003369 [U40801], Measurement of Time](/thumblibrary/U40801/U40801_01_140_140_Mechanical-Stopwatch-15-min.jpg)
![Stirling Engine D, 1000817 [U8440450], Cyclic Processes](/thumblibrary/U8440450/U8440450_01_140_140_Stirling-Engine-D.jpg)
![Accessory Set for the Interferometer, 1002652 [U10351], Interferometer](/thumblibrary/U10351/U10351_01_140_140_Accessory-Set-for-the-Interferometer.jpg)
![Tripod Stand 150 mm, 1002835 [U13270], Bases](/thumblibrary/U13270/U13270_01_140_140_Tripod-Stand-150-mm.jpg)
![Electron Diffraction Tube S, 1013889 [U185711], Electron Tubes S](/thumblibrary/U185711/U185711_01_140_140_Electron-Diffraction-Tube-S.jpg)
![Thermometer clip, 1003528 [U8452570], Thermometers](/thumblibrary/U8452570/U8452570_01_140_140_Thermometer-clip.jpg)
![Convex Lens K, f = 50 mm, 1000869 [U8475901], Kröncke Optics](/thumblibrary/U8475901/U8475901_01_140_140_Convex-Lens-K-f-50-mm.jpg)
![Pulse Box K, 1017341 [U8498281], Sound](/thumblibrary/U8498281/U8498281_01_140_140_Pulse-Box-K.jpg)
![Microphone Box (230 V, 50/60 Hz), 1014520 [U8498283-230], Sound](/thumblibrary/U8498283-230/U8498283-230_01_140_140_Microphone-Box-230-V-5060-Hz.jpg)
![VinciLab 2, 1021477 [UCMA-001], Data logger](/thumblibrary/UCMA-001/UCMA-001_01_140_140_VinciLab-2.jpg)
![Experiment: Archimedes’ Principle, 8000526 [UE1020850], Buoyancy](/thumblibrary/UE1020850/UE1020850_01_140_140_Experiment-Archimedes-Principle.jpg)
![Experiment: Heat conduction (230 V, 50/60 Hz), 8000581 [UE2020100-230], Heat transport](/thumblibrary/UE2020100-230/UE2020100-230_01_140_140_Experiment-Heat-conduction-230-V-5060-Hz.jpg)
![Experiment: Ohm’s Law (230 V, 50/60 Hz), 8000613 [UE3020320-230], Charge transport and current](/thumblibrary/UE3020320-230/UE3020320-230_01_140_140_Experiment-Ohm-s-Law-230-V-5060-Hz.jpg)
![Experiment: Transformers (230 V, 50/60 Hz), 8000633 [UE3040500-230], Induction](/thumblibrary/UE3040500-230/UE3040500-230_01_140_140_Experiment-Transformers-230-V-5060-Hz.jpg)
![Experiment: Charging and Discharging a Capacitor (230 V, 50/60 Hz), 8000635 [UE3050101-230], Direct and alternating current (DC and AC)](/thumblibrary/UE3050101-230/UE3050101-230_01_140_140_Experiment-Charging-and-Discharging-a-Capacitor-230-V-5060-Hz.jpg)