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Quench factor analysis: step-by-step procedures for experimental determination

机译:淬火因子分析:用于实验确定的分步程序

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摘要

There have been a number of procedures reported for the prediction of physical properties of aluminum based on cooling rate data. One of the most common is the cooling rate calculation procedure described by Fink and willey in their now-classic work on 7075 characterization. Staley has more recently described the use of "Quench Factor Analysis" (QFA) to better predict various properties of aluminum which is the subject of this paper. A discussion of the principles of the calculation and the experimental procedure used for QFA determination from cooling curve data will be provided here. The generation of the multiparametric C_T function from cooling curves will also be discussed.
机译:已经报道了许多基于冷却速率数据来预测铝的物理性质的方法。最常见的方法之一是Fink和Willey在他们现在关于7075表征的经典工作中描述的冷却速率计算程序。 Staley最近更描述了使用“淬火因子分析”(QFA)来更好地预测铝的各种性能,这是本文的主题。这里将讨论计算原理和用于根据冷却曲线数据确定QFA的实验程序。也将讨论从冷却曲线生成多参数C_T函数。

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