THERMAL ANALYSIS OF ADVANCED IC ENGINE CYLINDER

Chamber is the one of the principle segment to expand the proficiency if the motor it is utilized to manage the cylinder. The majority of the barrels is comprised of cast iron or cast steel. In this way barrel can withstand the most extreme temperature which create amid the lighting the motor. a percentage of the i.c motor barrels single chambers which are normally use for light weight vehicles, for example, bikes and engine cycles and so forth and staying of the multi - barrels are utilized for overwhelming vehicles, for example, autos, transports and so forth. IC engine is the most important part in power generation. IC engine is the assembly of many components like piston, connecting rod, crank shaft, cylinder block, cylinder head, etc. So the mileage of the automobile also depends on the weight of the automobile. And the major weight is engine. As the engine is the assembly of many components, we will take the particular component and optimization of weight is done i.e. with respective to its function. IC engine components like cylinders are made of steel because of its good strength. Replacing the steel components with composite materials will reduce the weight and heat transfer analysis of an IC Engine cylinder. Therefore if as many as components are replaced then automatically overall weight is reduced therefore the power required to run itself by automobile is reduced resulting in the increase in the mileage. In this project we are taking composite materials like polyethylene, epoxy, crown glass, silicon. The components are designed by using CATIA and analysis is done by ANSYS.