AN ALTERNATIVE THERMODYNAMIC ANALYSIS OF IDEAL THERMAL CYCLES OF PISTON COMBUSTION ENGINES. THE FORMULATION AND DERIVATION OF FUNDAMENTAL COMBINED OPTIMALS AND THE REAL EFFECT OF THE POISSONS CONSTANT

Abstract eng:
The article presents the continuation of the new concept for analysis of ideal thermal cycles of piston combustion engines. First, some ideas of thermodynamically compromising optimals and their consequences are examined. Further, the influence of the Poisson constant on the cycle parameters and criteria is studied. It is proved to have a relatively weak effect which is in distinct contradiction with the exaggerated effect predicted by the classical approach.

• Export as: BibTeX | MARC | MARCXML | DC | EndNote | NLM | RefWorks
• Add to your basket