原文传递 Maintenance Services, Transportation Weather, and Winter Maintenance, 2016. Journal of the Transportation Research Board (TRB), Number 2551
题名: Maintenance Services, Transportation Weather, and Winter Maintenance, 2016. Journal of the Transportation Research Board (TRB), Number 2551
作者: empty
关键词: Highway maintenance##Surface transportation##Weather##Traffic control##Ice formations##Traffic safety##Motor vehicle drivers##Roads##Snow##Mobility##Winter##Trends##Information systems##Safety effects##
摘要: Transportation Research Record: Journal of the Transportation Research Board No. 2482 consists of 17 papers that explore maintenance services, transportation weather, and winter maintenance, including: Incorporating Onboard Diagnostics into Fleet Preventive Maintenance Practices. Engine Variable Impact Analysis of Fuel Use and Emissions for Heavy-Duty Diesel Maintenance Equipment. Predicting Pavement Marking Service Life with Transverse Test Deck Data. Quantifying the Effectiveness of Performance-Based Pavement Marking Maintenance Contracts. Strategic Location of Satellite Salt Facilities for Roadway Snow and Ice Control. Temperature Dependence of Solution-Induced Weakening of Compacted Snow. Winter Road Surface Condition Monitoring: Field Evaluation of a Smartphone-Based System. Ice Formation and the Effectiveness of Deicing Agent on Porous Asphalt and Stone Mastic Asphalt. Effect of Pre-wetting Brines on the Ice-Melting Rate of Salt at Very Cold Temperatures. Icing Management on the Veterans’ Glass City Skyway Stay Cables. Modeling the Impacts of Inclement Weather on Freeway Traffic Speed: Exploratory Study with Social Media Data. Effects of WeatConditions and Snow Removal Operations on Travel Speed in an Urban Area. Safety Effects of Fixed Automated Spray Technology Systems. Influence of Weather on Transport Demand: Case Study from the Vienna, Austria, Region Cross-Asset Transportation Project Coordination with Integer Programming and Constraint Programming. Correlating the Safety Performance of Urban Arterials with Lighting: Empirical Model. Multiple-Step Traffic Speed Forecasting Strategy for Winter Freeway Operations
总页数: 158
报告类型: 科技报告
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