A Drinking Bird and A Low Temperature Stirling Engine as Heat Engines and the Method of Thermomechanical Dynamics (TMD)
Hiroshi Uechi, Schun T. Uechi and Lisa Uechi
(2026)
A Drinking Bird and A Low Temperature Stirling Engine as Heat Engines and the Method of Thermomechanical Dynamics (TMD): pp.
76-102.
Chapter 4. The Application of Thermomechanical Dynamics (TMD) to the
Analysis of a Low-Temperature Stirling Engine
The following sections are included:
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4.1 The Flywheel Rotations of a Low Temperature Stirling Engine
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4.2 The Triad Propositions of Thermomechanical Dynamics (TMD)
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4.3 The Classification of Thermodynamic Processes of a Low Temperature Stirling Engine
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4.4 The Total Heat-Energy Conservation Law, Conditions and Constraints in Q(t)-Picture
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4.5 The Dissipative Equation of Motion for a System of a Low Temperature Stirling Engine
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4.6 The Solutions to the Dissipative Equation of Motion and the Piecewise Continuous Force
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4.7 Internal Energy, Dissipations of Heat and Temperature for a Low Temperature Stirling Engine
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4.8 Conclusions and Perspectives
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Acknowledgment
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Bibliography
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Index