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Effect of Two-cycle Heat Treatment on Mechanical Properties of Ductile Iron

机译:双循环热处理对韧性铸铁力学性能的影响

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The aim of this study is to investigate the mechanical properties of ductile iron after treatment with two-cycle heat treatment processes which modified from austempering. The modified heat treatments have two stages holding temperature. Ductile iron was austenitized at 900°C for an hour and followed by transferring the sample to other furnace which was set at different temperatures of i) 250°C; ii) 300°C; iii) 350°C without quenching for 1.5 hours. Tensile (ASTM E8M), impact (ASTM-E23-1990) and Rockwell hardness tests were carried out to study the mechanical properties of the ductile iron. It was found that the sample which was heat treated using two-cycle heat treatment process at temperature of 250°C contributed to better absorbing impact energy properties and hardness properties. Meanwhile, sample that heat treated at 350°C has higher tensile strength.
机译:本研究的目的是探讨使用从奥斯特敏的双循环热处理过程处理后延性铁的机械性能。改性的热处理具有两个阶段保持温度。将韧性铁在900℃下允许持续一小时,然后将样品转移到其他炉中,该炉设定在I)250°C的不同温度下。 ii)300°C; III)350°C无淬火1.5小时。进行拉伸(ASTM E8M),对抗(ASTM-E23-1990)和罗克韦尔硬度试验,以研究延性铁的机械性能。发现在250℃的温度下使用双循环热处理过程进行热处理的样品有助于更好地吸收冲击能量和硬度性能。同时,在350℃下热处理的样品具有更高的拉伸强度。

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