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316 Stainless Steel: A Case Study

367 Words2 Pages

Once the true stress-strain curves were developed from the data extrapolated by the tensile tester, mechanical properties of each metal were compared. 316 Stainless Steel yielded the highest toughness, tensile strength, and percent elongation. For application purposes, environments that entail high impact load, like jet engine components or heat exchangers, are suggested for 316 Stainless Steel. Additionally, as a result of the corrosion resistant properties, 316 Stainless Steel is suggested in environments that entail chemical usage like textile processing equipment and marine atmospheres.
A36 steel obtained the lowest yield strength and tensile strength. A36 Steel is suggested for construction due to the low yield strength, thus allowing

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