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.
17-53.
Chapter 2. The Lynx and Hare Data of 200 Years as the Nonlinear
Conserving Interaction Based on Noether’s Conservation Laws
and Stability
The following sections are included:
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2.1 Introduction
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2.2 The 2-Variable CNIs, Restoration from External Perturbations
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2.3 The Conservation Law and Properties of -Function
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2.4 The 4-Variable and (n + m)-Variable CNIs
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2.5 The 10-Year Population Cycles of Lynx and Hare in 200-Year Data and the Purpose of Nonlinear Analysis on Ecology
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2.6 Notes on Nonlinear Interactions, Lyapunov Function, Kolmogorov’s Predator-Prey Model, Atto-Fox Problem
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2.7 Conclusions on the Survival of the Fittest and Symbiosis from Conserving Nonlinear Interactions
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Acknowledgement
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Bibliography
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Index