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EXPERIMENTAL CHARACTERIZATION OF CONTACT HYSTERESIS AT HIGH TEMPERATURES

机译：高温下接触滞后的实验表征

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摘要

The current paper presents a measurement system for the experimental determination of contact hysteresis cycles at temperatures up to 800°C. A test rig was designed to conduct experiments in a wide range of temperatures, with different combinations of normal and tangential load, frequencies and contacting materials. An induction system supplies the heat for measurements of hysteresis cycles at the required temperatures. Measurements show the dependence of the friction coefficient on temperature.

机译：目前纸张呈现了一种测量系统，用于在高达800℃的温度下测定接触滞后循环的测定系统。设计钻机旨在在各种温度下进行实验，具有不同的正常和切向载荷，频率和接触材料的不同组合。感应系统提供热量的热量，以便在所需温度下测量滞后循环。测量显示摩擦系数对温度的依赖性。

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来源
《ASME Turbo Expo》|2006年||共10页
会议地点
作者
Sergio Filippi; Esequiel B. Rodrigues; Muzio M. Gola; American Society of Mechanical Engineers(ASME); International Gas Turbine Institute;
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原文格式 PDF
正文语种
中图分类气体透平（涡轮机）;
关键词
contact hysteresis; friction; high temperature; experimental procedure;

机译：联系滞后;摩擦;高温;实验程序;

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EXPERIMENTAL CHARACTERIZATION OF CONTACT HYSTERESIS AT HIGH TEMPERATURES

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