优化新西兰国道低噪音路面

IF 0.1 Q4 ENGINEERING, CIVIL
R. Wareing, J. Bull, S. Chiles, R. Jackett
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引用次数: 0

摘要

摘要自2017年以来,新西兰进行了几次多孔沥青试验,以研究空隙、石块尺寸和层厚对轮胎/道路噪声的影响。这些试验表明,这三个变量在多孔沥青表面的噪声中都起着重要作用。试验结果表明,40毫米厚的EPA7表面(标称石头尺寸为7毫米的多孔沥青)成为新西兰州公路上首选的低噪音表面,在噪音特别敏感的地区,略厚的50毫米版本是首选。正在进行定期的CPX测试,以监测表面的长期声学行为,该测试迄今未显示LCPX:P1,80有任何重大变化。计划在2022年初进行进一步的试验,以优化优选EPA7表面的空隙含量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optimising New Zealand’s State highway low-noise road surface
Abstract Since 2017, several porous asphalt trials have been built in New Zealand in order to investigate the effects of air voids, stone size and layer thickness on tyre/road noise. These trials have shown that all three variables play an important role in noise from porous asphalt surfaces. The trial results have led to a 40 mm thick EPA7 surface (porous asphalt with 7 mm nominal stone size) becoming the preferred low-noise surface for use on New Zealand State highways, with a slightly thicker 50 mm version being preferred in particularly noise-sensitive areas. Regular CPX testing is being conducted to monitor the long-term acoustic behaviour of the surfaces, and this testing has not shown any significant changes in LCPX:P1,80 to date. Further trials are planned for early 2022 to optimise the air voids content for the preferred EPA7 surface.
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