FINITE ELEMENT SIMULATION OF METAL MATRIX COMPOSITES — EFFECTIVE COEFFICIENTS OF FRICTION AND TEMPERATURE FIELDS UNDER FRICTIONAL LOADING

机译：金属基复合材料的有限元模拟-摩擦载荷下摩擦和温度场的有效系数

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The thermomechanical behavior of multi-inclusion unit cells with different volume fractions and homogeneous as well as clustered particle distribution is shown. The simulations are done with the Finite Element method utilizing a micro-mechanics of materials approach. Macroscopic, regional, and local values for the contact pressure, coefficient of friction, heat dissipation, and temperatures are predicted.

机译：显示了具有不同体积分数和均质性以及簇状颗粒分布的多夹杂晶胞的热机械行为。模拟是使用有限元方法利用材料的微力学方法完成的。可以预测接触压力，摩擦系数，散热和温度的宏观，区域和局部值。

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来源
《World Tribology Congress III vol.1; 20050912-16; Washington,DC(US)》|2005年|P.245-246|共2页
会议地点 WashingtonDC(US)
作者
Christopher O. Huber; Sascha Kremmer; Heinz E. Pettermann;
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作者单位

Austrian Aeronautics Research (AAR) / Network for Materials and Engineering at the Institute of Lightweight Design and Structural Biomechanics, Vienna University of Technology, A-1040 Vienna, Austria;

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原文格式 PDF
正文语种 eng
中图分类机械摩擦、磨损与润滑;
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4. FINITE ELEMENT SIMULATION OF METAL MATRIX COMPOSITES — EFFECTIVE COEFFICIENTS OF FRICTION AND TEMPERATURE FIELDS UNDER FRICTIONAL LOADING [C] . Christopher O. Huber, Sascha Kremmer, Heinz E. Pettermann, World Tribology Congress . 2005

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机译：金属基质自润滑复合材料的摩擦：润滑剂含量，润滑膜覆盖和摩擦系数之间的关系

FINITE ELEMENT SIMULATION OF METAL MATRIX COMPOSITES — EFFECTIVE COEFFICIENTS OF FRICTION AND TEMPERATURE FIELDS UNDER FRICTIONAL LOADING

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