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Performance assessment of vegetable oil and mineral oil blends during heat treatment of medium carbon steel

机译:中碳钢热处理过程中植物油和矿物油混合物的性能评估

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摘要

Cooling effect of palm kernel oil and mineral oil (SAE 40) with their blends as quenching media for heat treatment of medium carbon steel was investigated. Palm kernel oil was blended with SAE 40 in the ratio of 1 : 3, 1 : 1 and 3 : 1. Medium carbon steel probe of diameter 12.5 mm and 60 mm height was used to determine the cooling intensities of the oils and their blends. Mechanical properties and microstructure of the quenched steel samples were determined. Quench severity of pure palm kernel oil was found to be greater than that of SAE 40. The blend consisting of 75% palm kernel oil and 25% mineral oil showed higher cooling power as compared to other blends. Samples quenched in 100% palm kernel oil showed higher hardness values than the blends whereas samples quenched in 100% mineral oil (SAE 40) showed the least hardness value.
机译:研究了棕榈仁油和矿物油(SAE 40)及其混合物作为淬火介质对中碳钢进行热处理的冷却效果。将棕榈仁油与SAE 40以1:3、1:1和3:1的比例混合。使用直径为12.5 mm和高度为60 mm的中碳钢探针确定油及其混合物的冷却强度。确定了淬火钢样品的力学性能和显微组织。发现纯棕榈仁油的淬火强度比SAE 40更高。与其他混合物相比,由75%棕榈仁油和25%矿物油组成的混合物显示出更高的冷却能力。在100%棕榈仁油中淬火的样品显示出比共混物更高的硬度值,而在100%矿物油(SAE 40)中淬火的样品显示出最低的硬度值。

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