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Hysteresis Effect of Sensor Materials for Measuring of Brinell Hardness Truncated Using High-Frequency of Cyclic Measurement

机译:使用循环测量高频截断截断的勃氏硬度的传感器材料的滞后效应

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摘要

This presentation focuses on the high-frequency of cyclic measurement that can be used for minimizing the effect of mechanical hysteresis. By this experiment, the investigating conditions include the periods of cyclic loading were varied as following: 1500, 1250, 1000, and 500 counts per period and the time interval between the periods of cyclic loading was fixed at 1 hour. After modifying procedures, it was found that the linearity of characteristic curve with condition of 500 counts per period demonstrated more clearly than random one. Finally, the linking between the Active Weight Loading (AWL) and the Weight Loading (WL) elucidated using the characteristic curves, while, the cyclic measuring of AWL exhibited in the ranging: 7.0 to 110.0 N which were exhibited using the Graphical User Interface (GUI), respectively.
机译:该演示侧重于可用于最小化机械磁滞的效果的循环测量的高频。通过该实验,调查条件包括环状载荷的时期,如下:1500,1250,000和500计数,每周期,循环载荷周期之间的时间间隔在1小时内固定。在修改过程之后,发现具有每周的500计数条件的特征曲线的线性比随机更清晰。最后,使用特性曲线阐明的主动重量加载(AWL)和重量负载(WL)之间的连接,同时,使用图形用户界面展现出来的AWL的循环测量值( Pui)分别。

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