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A densification equation derived from the stress-deformation analysis of uniaxial cold compaction of metal powder mixes

机译:源自金属粉末混合物的单轴冷压缩应力变形分析的致密化方程

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摘要

A new densification equation for uniaxial cold compaction of four low alloy steel powders was determined from the deformation vs. mean axial stress correlation. Both deformation and stress are averaged along the height of the powder column. A power law relation, with two parameters representing the plasticity and the inverse of the resistance to deformation (densification) of the powder mix, respectively, fits the curves that are divided in two steps, distinguished by the prevailingdeformation/densification mechanism (rearrangement or plastic deformation).
机译:从变形与平均轴应力相关性确定了四个低合金钢粉末的单轴冷压实的新致密化方程。 变形和应力均沿着粉末塔的高度进行平均。 电力法律关系,具有两个参数,表示粉末混合物的变形(致密化)的可塑性和抗性的倒数,拟合分为两个步骤的曲线,其特征在于通过PREVAILINGDEFORMATION /致密化机构(重新排列或塑料) 形变)。

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