Estimation of carrying capacity of aviation engine parts from composite materials

机译：用复合材料估算航空发动机零件的承载能力

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When analyzed phenomena are changed on distances, comparable to the sizes of structural geterogeneity of composite materials, the mathematical models of higher levels than the homogeneous anisotropic body model are used. In this connection the main relationships of the proposed two-component theory of composite materials linear deformability are discussed. On the basis of proposed approach the estimation of the carrying capacity of the blade root is given and the fatigue damage of the cantilever boraluminium beam at bending vibration on natural frequencies is researched.

机译：当分析的现象在距离上发生变化时，可以与复合材料的结构同质性大小相比较，使用比均质各向异性体模型更高级别的数学模型。在这方面，讨论了所提出的复合材料线性变形的双组分理论的主要关系。在此方法的基础上，给出了叶片根部承载力的估算值，研究了悬臂硼铝梁在固有频率弯曲振动下的疲劳损伤。

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来源
《Progress in durability analysis of composite systems》|1997年|p.349-356|共8页
会议地点 Blacksburg VA(US)
作者
T.D. Karimbayev; A.A.Luppov; D.I.Nicolayev; A.N.Zavyalov;
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正文语种 eng
中图分类一般工业技术;
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1. Fast assessment of triboengineering properties and the load carrying capacities of bulk materials and topocomposites after tests of intersecting cylindrical specimens for friction. Part 1. Design of test instrument and methods of tests [J] . Semenov A. P., Voronin N. A. Трение и износ . 2000,第6期

机译：在测试相交的圆柱试样的摩擦力后，快速评估摩擦工程性能以及散装材料和拓扑复合材料的承载能力。第1部分。测试仪器的设计和测试方法
2. Fast assessment of triboengineering properties and the load carrying capacities of bulk materials and topocomposites after tests of intersecting cylindrical specimens for friction. Part 1. Design of test instrument and methods of tests [J] . Semenov A. P., Voronin N. A. Трение и износ . 2000,第6期

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3. Express method for evaluation of tribological properties and load-carrying capacity of bulk materials and topocomposites in friction testing of crossed cylindrical specimens: part 2, discussion of the test results of typical materials [J] . N. A. Voronin, A. P. Semenov, A. A. Katsura Journal of Friction and Wear . 2001,第1期

机译：在交叉圆柱试样的摩擦测试中评估散装材料和拓扑复合材料的摩擦学特性和承载能力的快速方法：第2部分，典型材料测试结果的讨论
4. Estimation of carrying capacity of aviation engine parts from composite materials [C] . T.D. Karimbayev, A.A.Luppov, D.I.Nicolayev, International conference on progress in durability analysis of composite systems . 1998

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8. Load-Carrying Capacities for Rectangular Plates of Anisotropic Materials [R] . Hu, L. W. 1965

机译：各向异性材料矩形板的承载能力

Estimation of carrying capacity of aviation engine parts from composite materials

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