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Small volume mechanical response insights: revealed contributions in advancing high mechanical performance

机译:小批量机械响应见解:揭示了推进高机械性能的贡献

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摘要

Three factors have emerged in order to upgrade the understanding of ultra small volume mechanical behavior in terms of multi-scale analysis and models. Firstly, the global/local approach based on physical models formulation, secondly, the continuous effort vis-a-vis microelectronic requirements for effective material performance and thirdly, the remarkable progress in experimental capacity that requires ultra-fine features visualization and measurements beside computational abilities. The current study is centered on iron based silicon polycrystalline alloy and the mechanical characterization of 20-50 nm silicon particles by contact methodology at ambient temperatures. In both, either monotonic or cyclic, mechanical properties were size dependent. Regarding the iron-silicon single crystals, mini compact tension specimens enabled the tracking of crack-tip dislocation emissions and their interactions in order to deepen the shielding potential exploration. Deformation/fracture processes and ductile-brittle fracture models could be elaborated. The aforementioned examples in elastic-plastic crystals were still intended to emphasize conceptual insights. Higher mechanical performance is examined from emerging localized findings and nanomechanical response analysis.
机译:出现了三种因素,以便在多尺度分析和模型方面提升超小体积力学行为的理解。首先,全球/本地方法基于物理模型配方,其次,持续努力VIS-VIS-VIS-VIS微电子要求进行有效材料的性能,第三,实验能力的显着进展,需要超细功能可视化和测量除了计算能力之外。目前的研究以氧化铁基硅多晶合金为中心,通过在环境温度下的接触方法进行20-50nm硅颗粒的机械表征。在两者中,单调或循环机械性能均为尺寸。关于铁硅单晶,迷你紧凑型张力标本使裂缝尖端位错排放及其相互作用使得能够加深屏蔽潜在勘探。可以阐述变形/骨折方法和韧性脆性模型。弹性塑料晶体中上述实施例仍旨在强调概念见解。从新出现的局部调查结果和纳米机械响应分析中检查了更高的机械性能。

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