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Effect of electric fields on the nanoindentation response of piezoelectric materials

机译:电场对压电材料纳米压痕响应的影响

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摘要

A three-dimensional finite element model is developed to capture the influence of electric fields on the nanoindentation response of anisotropic piezoelectric materials. Nine classes of indentations are carefully examined and it is demonstrated that the indentation response of piezoelectric materials is, in general, strongly influenced by electric fields when the electric field is aligned parallel to the poling direction. Furthermore, in-plane electric fields can be used in conjunction with nanoindentation to identify domains which are poled in specific in-plane directions.
机译:建立了三维有限元模型,以捕获电场对各向异性压电材料纳米压痕响应的影响。仔细检查了九类压痕,结果表明,当电场平行于极化方向排列时,压电材料的压痕响应通常会受到电场的强烈影响。此外,可以将平面电场与纳米压痕结合使用,以识别在特定平面方向上极化的畴。

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