Abstract
The objective of this paper is stress distribution and thermal analysis of Aluminum and Magnesium alloy pistons. At room temperature, the strength of WE43A is lower than that of Al-7Si piston, but at elevated temperatures, WE43A can withstands more efficient due its mechanical and thermal properties than that of Al-7Si. After performing analysis, results in the form of graphs signify that total deformation in WE43A is directly proportional to an increase in pressure, due to which magnesium is a softer metal than the AL-7Si. Total heat flux of AL-7Si is lower than that of WE43A, thus magnesium alloy pistons perform much more efficient at higher temperature range.
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