The Fundamental Optimal Relation of a Class Stirling Heat Engine with Generalized Heat Transfer Law
Hui Kang Yang
Abstract
Hui Kang Yang
Abstract
A model of a class irreversible Stirling heat engine is set up, and the optimal performance of a Stirling heat engine with thermal resistance, heat leak and regenerative loss is studied. The conclusions obtained here may provide the observed performance of a real heat engine and some new theoretical guidance for the manufacture and the optimal design of two-heat-source engines.
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A model of a class irreversible Stirling heat engine is set up, and the optimal performance of a Stirling heat engine with thermal resistance, heat leak and regenerative loss is studied. The conclusions obtained here may provide the observed performance of a real heat engine and some new theoretical guidance for the manufacture and the optimal design of two-heat-source engines.
Key concepts: Stirling engine, Heat engine, Heat transfer, Stirling cycle, Thermal science, Heat capacity rate, Heat sink, Thermodynamics