Aalto University, Finland.
Aalto University, Finland.
Accid Anal Prev. 2014 Apr;65:53-62. doi: 10.1016/j.aap.2013.12.009. Epub 2013 Dec 19.
Studded tyres can significantly wear the road surface and increase particle emissions from the road surface, which has a negative impact on air quality in urban areas. However, road wear might have a positive aspect by roughening the road surface and thus preventing polishing. As a consequence, other vehicles than the ones using studded tyres might also benefit from the usage of studded tyres. The impact of the proportion of studded tyres in the traffic flow on the tyre-ice friction coefficient was studied with a fleet of real cars in a closed environment under strict procedural control. The results show that a proportion of 25-50% studded tyres in the traffic flow is enough to prevent ice from developing in a manner that is critically slippery for non-studded winter tyres. It was also observed that the visual appearance of the ice surface does not indicate if the ice has become more slippery or not.
钉胎会显著磨损路面并增加路面颗粒排放,对城市地区的空气质量产生负面影响。然而,通过使路面变得粗糙从而防止打滑,道路磨损也可能具有积极的方面。因此,除了使用钉胎的车辆之外,其他车辆也可能受益于使用钉胎。研究了在封闭环境下,严格程序控制下,使用真实汽车车队对交通流中钉胎比例对轮胎-冰摩擦系数的影响。结果表明,交通流中钉胎的比例达到 25-50%就足以防止冰层形成对非钉胎冬季轮胎来说极滑的状态。还观察到,冰面的视觉外观并不能表明冰是否变得更滑。