2019Journal of Emerging Technologies and Innovative ResearchRequires access

Six Stroke Internal Combustion Engine

Gani Abdul

Open publisher page 1 citations

Abstract

There are two more strokes in the six-stroke engine, namely another power and exhaust stroke. The engine works by harnessing wasted heat energy produced by the combustion of fuel. Water is pumped into the superheated cylinder after the combustion stage. The water bursts into steam and drives the piston down. It helps to cool the engine, in turn. Which led to normal power levels, but much less fuel was used. It also has the benefit of not having an external cooling system necessary. Significant improvements to the standard internal combustion engine must be made in order to achieve these advantages. The modification of the conventional four-stock internal combustion engine to convert it into a six-stroke engine is illustrated in this paper.

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What this paper is about

There are two more strokes in the six-stroke engine, namely another power and exhaust stroke. The engine works by harnessing wasted heat energy produced by the combustion of fuel. Water is pumped into the superheated cylinder after the combustion stage. The water bursts into steam and drives the piston down. It helps to cool the engine, in turn. Which led to normal power levels, but much less fuel was used. It also has the benefit of not having an external cooling system necessary. Significant improvements to the standard internal combustion engine must be made in order to achieve these advantages. The modification of the conventional four-stock internal combustion engine to convert it into a six-stroke engine is illustrated in this paper.

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Available abstract

There are two more strokes in the six-stroke engine, namely another power and exhaust stroke. The engine works by harnessing wasted heat energy produced by the combustion of fuel. Water is pumped into the superheated cylinder after the combustion stage. The water bursts into steam and drives the piston down. It helps to cool the engine, in turn. Which led to normal power levels, but much less fuel was used. It also has the benefit of not having an external cooling system necessary. Significant improvements to the standard internal combustion engine must be made in order to achieve these advantages. The modification of the conventional four-stock internal combustion engine to convert it into a six-stroke engine is illustrated in this paper.

Key concepts: Internal combustion engine, External combustion engine, Internal combustion engine cooling, Four-stroke engine, Two-stroke engine, Automotive engineering, Combustion, Steam engine

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