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Accordance between fracture toughness and strength difference in TC21 titanium alloy with equiaxed microstructure

机译:等轴组织的TC21钛合金的断裂韧性与强度差之间的一致性

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As well known, the properties of strength and toughness were mutually exclusive in the metal materials. Therefore, few investigations focusing on the accordance relationship between the strength and the fracture toughness had been carried out In this paper, the related insight was discussed by the micro-structure characteristic, strain-hardening effect and slip band morphology at different scales. The accordance between the plane fracture toughness (K_(IC)) and the strength difference (SD) (the difference between the yield strength and the tensile strength) was found. All datasets showed a linear K_(IC)-SD with the slope of 0.31, which was not reported by other researchers for TC21 titanium alloy with the equiaxed microstructure. Finally, this accordance relationship could be further identified in other alloys, such as aluminum alloy, magnesium alloy and steel.
机译:众所周知,在金属材料中强度和韧性的特性是相互排斥的。因此,很少有研究集中在强度和断裂韧性之间的对应关系上。本文通过不同尺度下的微观结构特征,应变硬化效应和滑移带形态来讨论相关的见解。发现平面断裂韧性(K_(IC))与强度差(SD)(屈服强度与拉伸强度之差)之间的一致性。所有数据集均显示线性K_(IC)-SD的斜率为0.31,其他研究人员尚未报告具有等轴微结构的TC21钛合金。最后,可以在其他合金(例如铝合金,镁合金和钢)中进一步确定这种一致性关系。

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