ON THE INFLUENCE OF ADHESIVE SCALE EFFECTS ON SUPERTHIN MICRO- AND NANOSYSTEM DEFORMATION

E. I. Popova; E. D. Lykosova

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ON THE INFLUENCE OF ADHESIVE SCALE EFFECTS ON SUPERTHIN MICRO- AND NANOSYSTEM DEFORMATION

机译：胶粘剂规模效应对超薄微体系和纳米体系变形的影响

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The development and investigation of the theory of thin plates and rods is an urgent problem related to the development of modern microsystem and ultrathin structure technologies. Small scales of these objects predetermine the significance of surface (adhesive) effects that can be described by the continuous theory of adhesion. In this article, we investigated a version of the Ti-moshenko plate model based on ideal adhesion. We analyzed cylindrical bending of plates as an example. Also, we analyzed the effects of size parameters on the properties of rods. As a result, we found that gradient parameters have a much smaller impact on the properties of the strained Timoshenko rods than adhesive properties.

机译：薄板杆理论的发展和研究是现代微系统和超薄结构技术发展的紧迫问题。这些物体的小规模预先确定了表面（粘合）效果的重要性，可以通过连续粘合理论来描述。在本文中，我们研究了基于理想附着力的Ti-moshenko平板模型。我们以板的圆柱弯曲为例进行了分析。此外，我们分析了尺寸参数对棒材性能的影响。结果，我们发现，梯度参数对应变季莫申科棒的性能的影响远小于粘合性能。

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《International journal of nanomechanics science and technology》 |2014年第2期|129-140|共12页
作者
E. I. Popova; E. D. Lykosova;
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作者单位

Moscow Aviation Institute, National Research University, Moscow, Russia;

Institute of Applied Mechanics, Russian Academy of Sciences, Moscow, Russia;

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正文语种 eng
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关键词
gradient theory of elasticity; tensor of gradient modulus; variational method; scale-dependent rods; scale effects; surface effects;

机译：弹性梯度理论梯度模量张量;变分法比例尺棒规模效应;表面效果;

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1. Influence of the Peierls relief on size effects in plastic deformation of micro- and nanocrystals of body-centered cubic metals [J] . Malygin G.A. Physics of the solid state . 2012,第6期

机译：Peierls浮雕对体心立方金属的微晶体和纳米晶体塑性变形中尺寸效应的影响
2. Scale Invariation Principle During Plastic Deformation on Micro- and Meso-Scale Levels [J] . V.E.Panin, Ye.Ye.Deryugin, L.S.Derevyagina Физика металлов и металловедение . 1997,第1期

机译：微型和中学级水平塑性变形过程中的尺度不变原理
3. Scale Invariation Principle During Plastic Deformation on Micro- and Meso-Scale Levels [J] . V.E.Panin, Ye.Ye.Deryugin, L.S.Derevyagina Физика металлов и металловедение . 1997,第1期

机译：微型和中学级水平塑性变形过程中的尺度不变原理
4. NANODAC- AN SPM-BASED NANODEFORMATION MEASUREMENT TECHNIQUE FOR RELIABILITY ASSESSMENT OF MICRO- AND NANOSYSTEMS [C] . Juergen Keller, Astrid Gollhardt, Dietmar Vogel, Conference on European Micro and Nano Systems(EMN04): First Issue Advances amp; Applications for Micro amp; Nano Systems; 20041020-21; Paris(FR) . 2004

机译：NANODAC-一种基于SPM的纳米变形测量技术，用于微系统和纳米系统的可靠性评估
5. Effects of micro- and nano-structure on the deformation response of a Ag60Cu40 lamellar and rod-in-matrix eutectic alloy. [D] . Kingstedt, Owen Thomas. 2014

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6. Geometry- and Length Scale-Dependent Deformation and Recovery on Micro- and Nanopatterned Shape Memory Polymer Surfaces [O] . Wei Li Lee, Hong Yee Low -1

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ON THE INFLUENCE OF ADHESIVE SCALE EFFECTS ON SUPERTHIN MICRO- AND NANOSYSTEM DEFORMATION

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