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首页> 外文期刊>Journal of Transportation Engineering >Effectiveness of Temporary Rumble Strips in Alerting Motorists in Short-Term Surveying Work Zones
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Effectiveness of Temporary Rumble Strips in Alerting Motorists in Short-Term Surveying Work Zones

机译:临时测量隆隆带在短期测量工作区中警告驾驶员的有效性

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摘要

Many surveyors who work inear live traffic encounter unique safety challenges as they are frequently exposed to fast moving vehicles. Unlike traditional work zones, safety countermeasures at surveying sites are usually limited to advanced-warning signs, traffic cones and reflective safety vests. As a result, motorists may not be well alerted for the presence of surveyors. Because of the unique safety challenges encountered by surveyors and the motorists, this study aims to quantify the effectiveness of using temporary rumble strips, as a potential safety countermeasure in enhancing safety at surveying work sites. A type of portable plastic rumble strip (PPRS) was tested at eight land surveying sites in New Jersey. The effectiveness of PPRS was evaluated based on selected surrogate measures of effectiveness (SMOE) that were extracted from the video data recorded during the 2-h field test at each site. Statistically significant reductions in driving speed and speeding proportion, and increases in braking rate were found when the rumble strips were deployed during the field tests. These observed changes suggest that the deployment of PPRS can be a useful countermeasure to increase motorists' awareness at land surveying sites. The findings can serve as a reference for practitioners when deploying temporary and portable traffic control device in these unique short-term work zones. (C) 2015 American Society of Civil Engineers.
机译:由于经常暴露于快速行驶的车辆中,许多在实时交通中/附近工作的测量员面临独特的安全挑战。与传统工作区不同,测量现场的安全对策通常仅限于预警标志,交通锥和反光安全背心。结果,可能不会很好地提醒驾驶员有测量师在场。由于测量师和驾车者面临独特的安全挑战,因此本研究旨在量化使用临时隆隆地带作为提高测量工作现场安全性的潜在安全对策的有效性。在新泽西州的八个土地测量点测试了一种便携式塑料条状带(PPRS)。 PPRS的有效性是根据从每个站点2小时现场测试期间记录的视频数据中提取的选定替代有效性指标(SMOE)进行评估的。当在现场测试期间部署隆隆声条时,发现行驶速度和超速比例的统计显着降低以及制动速度的提高。这些观察到的变化表明,部署PPRS可以成为提高驾车者在土地测量地点的意识的有用对策。这些发现可为从业人员在这些独特的短期工作区中部署临时和便携式交通控制设备时提供参考。 (C)2015年美国土木工程师学会。

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