首页> 外文期刊>Journal of Minerals and Materials Characterization and Engineering >Quadratic Model for Predicting the Hardness of Heat Affected Zone in Water Cooled Cast Iron Weldment In Relation to Similarly Cooled Aluminum and Mild Steel Weldments
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Quadratic Model for Predicting the Hardness of Heat Affected Zone in Water Cooled Cast Iron Weldment In Relation to Similarly Cooled Aluminum and Mild Steel Weldments

机译:与二次冷却铝和低碳钢焊缝有关的二次模型,用于预测水冷铸铁焊件热影响区的硬度

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Quadratic and linear models have been derived for predicting the heat-affected zone (HAZ) hardness of water cooled cast iron weldment in relation to the combined and respective values of the heat-affected zone hardness of aluminum and mild steel welded and cooled under the same conditions. It was found that the validity of the model is rooted on the fractional expression; γ/3.0749θ + γ/3.0749β + θ/3.0749β = 1. The respective deviations of the model-predicted heataffected zone hardness values of aluminum, cast iron and mild steel from the corresponding experimental values were less than 0.01% which is quite insignificant, indicating reliability of the model.
机译:推导了用于预测水冷铸铁焊件的热影响区(HAZ)硬度的二次和线性模型,该模型与铝和低碳钢在相同温度下焊接和冷却的热影响区硬度的组合值和相应值有关条件。发现该模型的有效性源于分数表达。 γ/3.0749θ+γ/3.0749β+θ/3.0749β=1。模型预测的铝,铸铁和低碳钢的热影响区硬度值与相应的实验值相比,各自的偏差小于0.01%,这是相当大的。无关紧要,表明模型的可靠性。

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