Heat effect on the efficiency of otte cycle

Abstract

Otto cycle is an important means of rotating an internal fire engine. Over the past 20 years, scientists at home and abroad have used thermodynamic theory of limited time and control, introduced a variety of irreversible cycles, studied the efficiency of Otto's thermometer and obtained numerous results. The law of piston motion is discussed in this article which looks at time structures and friction losses, and the study discusses the effects of heat loss. These results are much closer to reality than the epitome of the Otto cycle and have a number of theoretical and applied values. However, due to the impossibility of the participatory process, there is still a gap between these studies and the real situation. This document examines the irreversible effect of the isolation process on the efficiency of the Otto cycle. The Otto cycle, suitable for the Otto cycle, consists of four modified forms of congestion protection, heating at the same volume, expansion protection and thermal emissions with the same energy.