Heat Transfer In Cylinders of External Heat Supply Engines

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en

A successful realization of both external heat supply engines and classical internal combustion engines is conditioned by its correct conceptual design and optimal constructional and technological mode of all parts. Initial information should provide computation of real cycles of engines. Present calculation models of thermodynamic cycles of external heat supply engines, e.g. Stirling or Ericsson engine, arise from ideal theoretical cycles which are known from basics of thermodynamics that are – for this purpose – modified by various methods. Parameters of these engines, realized on this principle, are generally by up to 10% lower than the calculated values. High – level calculation models, arising from the description of real processes, which run in external heat supply engines, are still not available.

Stirling engine, real thermodynamic cycle, heat transfer, fast responce thermocouple

2006-10-06

Universita Obrany

Brno

80-7231-165-4

Opotřebení spolehlivost diagnostika 2006

205–210

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