The Effect of the Parameters of Inclusions on the Effective Properties of Materials in Terms of Micromechanics

机译：夹杂物的参数对微机械的有效性质的影响

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The paper addresses the problem of calculation of the effective properties of matrix composites. The problem refers to the discussion of the effective thermal expansion coefficient for a spherical inhomogeneity with an interface layer. The interface layer was modeled using differential method of replacing an inhomogeneous inclusion by a homogeneous equivalent. We have studied the effect of this layer and its thickness on the properties of a composite. The effective properties were calculated using Maxwell's homogenization scheme in terms of thermal expansion contribution tensor of inhomogeneity.

机译：本文解决了矩阵复合材料的有效性质的计算问题。该问题是指与界面层的球形不均匀性的有效热膨胀系数的讨论。使用差分方法进行建模界面层，通过通过均匀等效物更换不均匀包涵体。我们研究了该层的效果及其厚度对复合材料的性质。在热膨胀贡献张量的麦克斯韦尔的均质化方案中计算有效性能。

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《Internation Conference on Advanced Materials with Hierarchical Structure for New Technologies and Reliable Structures》|2015年||共4页
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Maria Anisimova; Igor Sevostianov; Anna Knyazeva;
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中图分类 TB3-532;
关键词
Effective Properties; Parameters; Terms of Micromechanics;

机译：有效性;参数;微机械的条款;

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1. Measure of combined effects of morphological parameters of inclusions within composite materials via stochastic homogenization to determine effective mechanical properties [J] . Salnikov Vladimir, Lemaitre Sophie, Choi Daniel, Composite Structures . 2015,第octa期

机译：通过随机均质测量复合材料中夹杂物形态参数的组合效应，以确定有效的机械性能
2. Micromechanical modeling of the multi-coated ellipsoidal inclusion: application to effective thermal conductivity of composite materials [J] . Dinzart Florence, Jeancolas Antoine, Bonfoh Napo, Archive of Applied Mechanics . 2018,第11期

机译：多层椭圆形夹杂物的微力学建模：在复合材料有效导热性中的应用
3. Micromechanics determination of effective properties of voided magnetoelectroelastic materials [J] . Sladek Jan, Sladek Vladimir, Krahulec Slavomir, Computational Materials Science . 2016,第Null期

机译：空隙电磁电磁材料有效性能的微力学测定
4. The Effect of the Parameters of Inclusions on the Effective Properties of Materials in Terms of Micromechanics [C] . Maria Anisimova, Igor Sevostianov, Anna Knyazeva Internation Conference on Advanced Materials with Hierarchical Structure for New Technologies and Reliable Structures . 2015

机译：夹杂物的参数对微机械的有效性质的影响
5. Micromechanics and effective thermo-mechanical damage and deformation responses of composite materials. [D] . Yanase, Keiji. 2009

机译：复合材料的微力学和有效的热机械损伤和变形响应。
6. Erratum: Flores J. et al. Effective Parameters for 1D Photonic Crystals with Isotropic and Anisotropic Magnetic Inclusions: Coherent Wave Homogenization Theory. Materials 2020 13 1475 [O] . J. Flores Méndez, A. C. Piñón Reyes, M. Moreno Moreno, 2020

机译：错误：弗洛雷斯J.等。具有各向同性和各向异性磁性夹杂物的1D光子晶体的有效参数：相干波均匀化理论。材料2020131475
7. Measure of combined effects of morphological parameters of inclusions within composite materials via stochastic homogenization to determine effective mechanical properties [O] . Salnikov, Vladimir, Lemaitre, Sophie, Choï, Daniel, 2015

机译：夹杂物形态参数综合效应的测定在复合材料内通过随机均质化来确定有效的机械性能
8. A Contribution to the Micromechanics of Composite Materials - Stresses and Failure Mechanisms Induced by Inclusions [R] . Schuerch, H. 1966

机译：复合材料微观力学的贡献 - 夹杂物引起的应力和失效机理

The Effect of the Parameters of Inclusions on the Effective Properties of Materials in Terms of Micromechanics

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