对比分析了小尺寸非充气轮胎和充气轮胎的径向刚度和滞回,选取了接触贴片的参数

J. Jackowski, M. Żmuda, M. Wieczorek
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引用次数: 0

摘要

如今,非充气轮胎越来越有可能成为充气轮胎的替代品。压缩空气的功能由皮带和弹性结构(使用的材料和部件的形状)代替。本文的研究是在准静态条件下进行的。研究的目的是比较两种非充气轮胎和四种可互换使用的充气轮胎在atv / utv上的径向刚度、滞回和接触片的选择参数。分析偶氮氧联苯气动特性większą sztywnością径向偶氮氧联苯气动特性所分析的蜂窝状非充气轮胎对被测车轮径向特性的滞后最大,接触斑区域的单位压力也最大。本文还验证了两种计算非充气轮胎接触斑长度的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Comparative analysis of small size non-pneumatic tires and pneumatic tires - radial stiffness and hysteresis, selected parameters of the contact patch
Nowadays, non-pneumatic tires are becoming an increasingly likely alternative to pneumatic tires. The function of compressed air has been taken over by the belt and the elastic structure (materials used and shape of the components). The research presented in the paper was carried out in quasi-static conditions. The research's aim was to compare the radial stiffness, hysteresis and selected parameters of the contact patch of two non-pneumatic tires and four pneumatic tires used interchangeably in ATVs/UTVs. Analizowane opony niepneumatyczne charakteryzują się większą sztywnością radialną niż opony pneumatyczne tego samego rozmiaru. The analyzed non-pneumatic tire with a cellular structure has the highest hysteresis of the radial characteristics of the tested wheels and the highest values of the unit pressure in the area of contact patch. The paper also verified two methods of calculating the contact patch length of non-pneumatic tires.
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