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首页> 外文期刊>Journal of Materials Science >INDENTATION SIZE EFFECT - REALITY OR ARTEFACT
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INDENTATION SIZE EFFECT - REALITY OR ARTEFACT

机译:指示尺寸效果-现实还是假象

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The purpose of this investigation was to study the load dependence of the microhardness, typically in the range 5-500 gf. This well known phenomena is called the indentation size effect (ISE) and was investigated for two sets of specimens: titanium and aluminium alloys. Variation of the hardness with applied load was first compared with various existing models and the surface profile, near the indent, was measured by confocal microscopy. The formation of pile-ups near the indentation print led to the correction of the indent diagonal which is found to fit well with our experimental data as well as with other results in the literature. For the materials investigated, the ISE effect is an artefact, i.e. the variation of hardness with the applied load is only a consequence of the variation of the contact surface between the specimen and the indenter. [References: 15]
机译:这项研究的目的是研究通常在5-500 gf范围内的显微硬度对载荷的依赖性。这种众所周知的现象称为压痕尺寸效应(ISE),并已针对两组试样进行了研究:钛和铝合金。首先将硬度与施加的载荷的变化与各种现有模型进行比较,并通过共聚焦显微镜测量凹痕附近的表面轮廓。压痕印刷附近堆积物的形成导致压痕对角线的校正,这被发现与我们的实验数据以及文献中的其他结果非常吻合。对于所研究的材料,ISE效应是一种伪影,即,硬度随施加的载荷而变化仅是试样与压头之间接触表面变化的结果。 [参考:15]

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