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Experimental determination of the effective indenter shape and ε-factor for nanoindentation by continuously measuring the unloading stiffness

机译：用卸载刚度试验纳米茚的有效压紧形状和ε因子的实验测定

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Benoit Merle; Verena Maier; Mathias Göken; Karsten Durst;
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年度 2011
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1. Experimental determination of the effective indenter shape and 8-factor for nanoindentation by continuously measuring the unloading stiffness [J] . Benoit Merle, Verena Maier, Mathias Goeken, Journal of Materials Research . 2012,第1期

机译：通过连续测量卸载刚度来确定纳米压痕的有效压头形状和8因子的实验
2. Analysing nanoindentation unloading curves using Pharr's concept of the effective indenter shape [J] . N. Schwarzer Thin Solid Films . 2006,第1a2期

机译：使用有效压头形状的Pharr概念分析纳米压痕卸载曲线
3. On the effective indenter shape used in the analysis of nanoindentation unloading curves [J] . Guanghui Fu, Ling Cao Journal of Materials Science . 2005,第9a10期

机译：关于有效压头形状在纳米压痕卸载曲线分析中的应用
4. Analysing nanoindentation unloading curves using Pharr’s concept of the effective indenter shape [C] . N. Schwarzer * International Conference on Metallurgical Coatings and Thin Films . 2006

机译：利用Pharr的有效凹形概念分析纳米凸缘卸载曲线
5. Collective Force Generator Model of Muscle Contraction: Theoretical and Experimental Support for Factors Beyond Detachment Kinetics that Influence Unloaded Shortening Velocities of Muscle. [D] . Jackson, Del Ray, Jr. 2013

机译：肌肉收缩的集体力量生成器模型：对分离动力学产生影响的空载缩短速度的因素以外的因素提供理论和实验支持。
6. Nanoindentation of Aluminum Single Crystals: Experimental Study on Influencing Factors [O] . Pavel Filippov, Ursula Koch 2019

机译：铝单晶的纳米压痕：影响因素的实验研究
7. Using the ratio: maximum load over unload stiffness squared, Pm/Su², on the evaluation of machine stiffness and area function of blunt indenters on depth-sensing indentation equipment [O] . Juan Manuel Meza, María Cristina Moré Farias, Roberto Martinz de Souza, 2007

机译：使用比率：最大载荷与卸载刚度平方的平方，Pm /Su²，用于评估深度感应压痕设备上的钝头压头的机器刚度和面积函数
8. Explanation for the shape of nanoindentation unloading curves based on finite element simulation [R] . Bolshakov, A. , Pharr, G. M. , Oliver, W. C. 1995

机译：基于有限元模拟的纳米压痕卸载曲线形状解释

Experimental determination of the effective indenter shape and ε-factor for nanoindentation by continuously measuring the unloading stiffness

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