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Journal of Electrical & Electronic Systems

ISSN: 2332-0796

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Power Systems

In this examination, the standard Otto cycle is reconsidered, inciting the replacement of its reversible adiabatic techniques by poly tropic methodology. Two models were proposed, the sub-k poly tropic model and the super-k poly tropic model, so as to represent the misfortunes experienced in the genuine Otto motor. The presentation attributes of the Otto motor were introduced by means of plots of intensity versus effectiveness bends. The outcomes, in light of the two models, foresee a somewhat higher than 30% decrease in the net force yield. The outcomes likewise show that the effectiveness of the genuine Otto motor lies at around 70% of the proficiency got from the standard Otto cycle. The current study€ esteem is commonly instructive, and may likewise fill in as direction for engineers performing nitty gritty recreations or leading costly tests in the field.

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Citations: 733

Journal of Electrical & Electronic Systems received 733 citations as per Google Scholar report

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