Development of a system of computer calculations and experimental determination of the parameters of frictional fatigue of linearly contacting surfaces. Part 3. UFU-4A installation and its instrumentation

Zamyatin A. Yu.; Zamyatin V. Yu.

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Development of a system of computer calculations and experimental determination of the parameters of frictional fatigue of linearly contacting surfaces. Part 3. UFU-4A installation and its instrumentation

机译：开发了计算机计算系统和线性接触表面的摩擦疲劳参数的实验确定系统。第3部分。UFU-4A安装及其仪表

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The design and the principle of operation of a new experimental UFU-4A installation are described intended to test surfaces in nominally linear contact for friction fatigue.

机译：描述了一种新的UFU-4A实验装置的设计和工作原理，旨在测试名义上线性接触的表面的摩擦疲劳。

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《Трение и износ》 |2000年第5期|共3页
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Zamyatin A. Yu.; Zamyatin V. Yu.;
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中图分类机械摩擦、磨损与润滑;
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1. Development of a system of computer calculations and experimental determination of the parameters of frictional fatigue of linearly contacting surfaces. Part 3. UFU-4A installation and its instrumentation [J] . Zamyatin A. Yu., Zamyatin V. Yu. Трение и износ . 2000,第5期

机译：开发了计算机计算系统和线性接触表面的摩擦疲劳参数的实验确定系统。第3部分。UFU-4A安装及其仪表
2. Development of the system of PC-supported calculation and experimental determination of the parameters of frictional fatigue of linearly contacting surfaces. Part 2. The analysis of the structure and the kinematics of the experimental installation [J] . Zamyatin A. Yu., Zamyatin V. Yu. Трение и износ . 2000,第4期

机译：PC支持的线性接触表面的摩擦疲劳计算和实验确定系统的开发。第2部分。实验装置的结构和运动学分析
3. Development of the system of PC-supported calculation and experimental determination of the parameters of frictional fatigue of linearly contacting surfaces. Part 2. The analysis of the structure and the kinematics of the experimental installation [J] . Zamyatin A. Yu., Zamyatin V. Yu. Трение и износ . 2000,第4期

机译：基于线性接触表面的摩擦疲劳参数的PC支持计算和实验测定的发展。第2部分。实验装置的结构和运动学分析
4. The Calculation of the Forced Response of Shrouded Blades with Friction Contacts and Its Experimental Verification [C] . Walter Sextro ASME TURBO EXPO . 2000

机译：用摩擦触点的罩叶片强制响应的计算及其实验验证
5. Quantitative Analysis of Fatigue Microstructures in Copper Using Transmission Electron Microscopy for Calculation of a Material Nonlinearity Parameter and Comparison with Ultrasonic Testing [D] . Apple, Tabitha M. 2011

机译：铜的疲劳微观结构定量分析的透射电子显微镜用于材料非线性参数的计算和超声测试的比较
6. Liposomes as carriers of poorly water-soluble substrates: linear modelling of membrane systems with catalytic or binding sites of different facedness. Significance of experimental membrane partition coefficients and of kinetic and equilibrium parameters. [O] . K P Heirwegh, J A Meuwissen, M Vermeir, 1988

机译：脂质体作为水溶性差的底物的载体：具有不同表面催化或结合位点的膜系统的线性建模。实验膜分配系数以及动力学和平衡参数的意义。
7. An Experimental Determination of Heat Transfer and Flow Friction Characteristics of Perforated Material for Compact Heat Exchanger Surfaces. [O] . Bannon John M. 1964

机译：紧凑型换热器表面多孔材料传热和流动摩擦特性的实验确定。

Development of a system of computer calculations and experimental determination of the parameters of frictional fatigue of linearly contacting surfaces. Part 3. UFU-4A installation and its instrumentation

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