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Uechi, S.T. and Uechi, H. (2019) A Mechanical Vibration-Induced Electric Energy Generation (MVEG) and Applications to Ride Quality of Vehicles and International Roughness Index (IRI). Studies in Engineering and Technology, 6, 59-69.
https://doi.org/10.11114/set.v6i1.4301

has been cited by the following article:

• TITLE: The Application of Thermomechanical Dynamics (TMD) to Thermoelectric Energy Generation by Employing a Low Temperature Stirling Engine

  AUTHORS: Hiroshi Uechi, Lisa Uechi, Schun T. Uechi

  KEYWORDS: Thermoelectric Generation Stirling Engine (TEG-Stirling Engine), Thermomechanical Dynamics (TMD), Time-Dependent Nonequilibrium Temperature, Stability of Heat Engines in a Thermal State, Optimal Fuel-Injection and Combustion Timings

  JOURNAL NAME: Journal of Applied Mathematics and Physics, Vol.12 No.9, September 27, 2024

  ABSTRACT: A thermoelectric generation Stirling engine (TEG-Stirling engine) is discussed by employing a low temperature Stirling engine and the dissipative equation of motion derived from the method of thermomechanical dynamics (TMD). The results and mechanism of axial flux electromagnetic induction (AF-EMI) are applied to a low temperature Stirling engine, resulting in a TEG-Stirling engine. The method of TMD produced thermodynamically consistent and time-dependent physical quantities for the first time, such as internal energy ℰ( t ) , thermodynamic work W th ( t ) , the total entropy (heat dissipation) Q d ( t ) and measure or temperature of a nonequilibrium state T ˜ ( t ) . The TMD analysis produced a lightweight mechanical system of TEG-Stirling engine which derives electric power from waste heat of temperature ( 40˚C