Microscale Mechanical Properties Testing and Simulation

R. González, J. Sánchez-Moreno, Maria Jose Quintana
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Abstract

Characterization of mechanical properties at a micro and nano scale has become increasingly important for manufactured parts, though facilities with accurate and state-of-the-art equipment are scarce, expensive and not always available. For this reason, equipment already in use for traditional characterization can be used to analyze micro and even nano phenomena if calculations and simulations are combined with models representing testing procedures, such as hardness indentation or micro-machining of bending beams. The understanding of the interaction between phases in the material and more accurate finite element models of grains or precipitates with different geometries can contribute in measuring the behavior of very small zones of a manufactured part and design quality control or inspection protocols.
微观力学性能测试与仿真
在微观和纳米尺度上表征机械性能对制造零件变得越来越重要,尽管具有精确和最先进设备的设施稀缺,昂贵且并不总是可用。出于这个原因,如果将计算和模拟与代表测试程序的模型相结合,例如硬度压痕或弯曲梁的微加工,则已经用于传统表征的设备可以用于分析微观甚至纳米现象。了解材料中相之间的相互作用,以及更精确的具有不同几何形状的颗粒或析出物的有限元模型,有助于测量制造零件的非常小区域的行为,并设计质量控制或检查方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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