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発表 ROAD SURFACE FRICTION USAGE TO MONITOR AND EVALUATE THE WINTER ROADWAY PERFORMANCE

作成年度 2010年度
論文名 ROAD SURFACE FRICTION USAGE TO MONITOR AND EVALUATE THE WINTER ROADWAY PERFORMANCE
論文名(和訳) 路面すべり抵抗値を用いた冬期道路のパフォーマンス評価の試行について
論文副題
発表会 ISCORD 2010 (The IX International Symposium on Cold Region Development)
誌名(No./号数)
発表年月日 2010/06/01 ~ 2010/06/05
所属研究室/機関名 著者名(英名)
寒地交通チーム徳永 ロベルト(TOKUNAGA Roberto Abraham)
寒地交通チーム高橋 尚人(TAKAHASHI Naoto)
寒地交通チーム宗広 一徳(MUNEHIRO Kazunori)
寒地道路研究グループ長浅野 基樹(ASANO Motoki)
抄録
In cold and snowy region like Hokkaido、 with wintertime comes the potential for slippery roadways. These winter conditions result in negatively affecting traffic performance on roadways. In order to counter these negative effects、 it needs achieving effective and efficient winter maintenance operations. Then、 to understanding the winter road condition accurately is important to conduct appropriate and efficient winter road management. Road maintenance personnel in Japan judge road surface conditions primarily by visual inspection. However、 there are limitations to the accuracy and objectivity of such inspection、 because winter road surfaces are affected in complex ways by the road structures、 the roadside environment、 weather and other factors. In addition、 some road surface conditions are difficult to accurately judge visually、 and judgments differ from one individual to another. [*]The Civil Engineering Research Institute for Cold Region has introduced the Continuous Friction Tester (CFT)、 a device that is capable of continuously measuring the friction of the road surface. We studied whether using the CFT for quantitative assessment of the winter road surface could improve winter road management. The friction of national highways has been monitored in the greater Sapporo area since 2007/2008 winter season.[*]Data acquired and accumulated by the CFT have been used to establish a database that is linked with digital maps、 and Winter Road Friction Monitoring System has been developed. The system can be used for various analyses of winter roads. Also、 a website with a user-friendly interface was developed to allow maintenance staff to easily browse the monitoring data、 and information has been provided on the web. [*]The study showed that continuous monitoring of road surface friction enables maintenance operators to quantitatively determine temporal and spatial changes in winter road surfaces. The Winter Road Friction Monitoring System developed in the study is expected to allow better decision-making on winter road management and better examination of the results of daily winter road maintenance operations. This study showed also that the system can analyze relationships between these and traffic congestion or accidents associated with winter road conditions.
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