压实路面材料时压路机工作体与承载面接触压印参数透视

S. V. Saveliev, R. E. Litovchenko, A. A. Yurchenko
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引用次数: 0

摘要

介绍。考虑了运输设施建设中最有效的道路建材压实机——具有有效利用振动的有前途的充气轮胎压路机。材料和方法。介绍了压路机工作体与支承面接触时的压痕参数的研究结果,该参数对道路材料压实工艺操作效率有显著影响。在实验过程中,揭示了接触压印椭圆的长短轴、面积、接触压力随滚轮载荷和滚轮上安装金属带数的变化规律。结果。文章提供了所进行的实验的插图,并以分析和图形依赖关系的形式给出了数据。讨论与结论。在批量生产的标准轮胎上安装绷带。该压路机结合了不同尺寸(重量)压路机的能力,可以加快材料的压实过程,降低能源、金属和劳动强度,提高道路施工效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Perspective contact imprint parameters of road roller working body with bearing surface when compacting road materials
Introduction . The most efficient machine for compacting road building materials in the construction of transport facilities, a road roller with a promising pneumatic tire roller that can effectively use vibration, is considered. Materials and methods . The results of the studies characterizing the parameters of the imprint of the contact of the working body of the roller with the supporting surface, which significantly affect the efficiency of the technological operation of compacting road materials, are presented. During the experiment, the values of the minor and major axes of the contact imprint ellipse, its area, the value of contact pressures depending on the load on the roller and the number of metal bands installed on the roller were revealed. Result . The article provides illustrations of the experiments carried out, the data obtained in the form of analytical and graphical dependencies are presented. Discussion and conclusion . The bandages on standard tires that are mass-produced are installed. The presented promising road roller, which combines the capabilities of different sizes (by weight) of rollers, which can speed up the process of compacting materials, reduce energy, metal and labour intensity and increase the efficiency of road construction.
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