鼓式试验机轮胎失效声频的研究

Heru Priyono, Widia Setiawan
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引用次数: 0

摘要

用鼓式试验机按确定的试验方法对轮胎进行室内试验,加压和旋转,直至轮胎被损坏,甚至直至轮胎爆炸。这是通过测量轮胎的最大强度来完成的。在进行测试时,不希望轮胎发生损坏或爆炸,因为这种爆炸会损坏鼓式试验机。为了研究和开发的目的,有必要找出轮胎最初损坏的位置,以便对轮胎的薄弱部分进行改进。在轮胎损坏前的几分钟,轮胎上出现了一个肿块,并发出了一种不寻常的声音。该系统将分析初始轮胎损坏前和损坏时声音频率的变化,然后将其用于创建轮胎损坏检测系统,以便在轮胎出现初始损坏时停止测试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
INVESTIGATION SOUND FREQUENCY OF TIRE FAILURE IN DRUM TEST MACHINE
Indoor test on the tire using the drum test machine by applying pressure and rotation according to the test method that has been determined until the tire is damaged, even until the tire explodes. This is done by measuring the maximum strength of the tire. Damage or explosion on the tire when testing takes place is not expected to occur, because this explosion can damage the drum test machine. For research and development purposes it is necessary to find out the location of the initial damage to the tire so that it can be improved on the weak part of the tire. A few moments before the tire is damaged a lump on the tire occurs and produces an unusual sound. This change in the frequency of sound that occurs before and when the initial tire is damaged will be analyzed, which will then be used to create a tire damage detection system so that the test can be stopped when the tire has initial damage.
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