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• W2108267927 abstract "This study involves examination of pavement markers as requested by the Idaho Transportation Department (ITD). A comprehensive literature review of various types of pavement markings and markers used by different transportation departments was performed to identify the most cost effective markings based on performance, durability, and useful life expectancy. This study revealed that there were no conclusive findings and recommendations by different investigations and field studies for various types of pavement markings. The performance characteristics of pavement markings and their effectiveness in guiding roadway users depend on many factors including but not limited to: product quality, application process, surface preparation, environmental conditions, annual average daily traffic (AADT), driver’s age and visual performance, vehicle type, type of headlights, and pavement type. In addition, the results of field studies conducted by different investigators show that the conclusions were highly dependent upon the method of studies, the study models used, the type of measurement devices, and the accuracy of their operation. However, some investigators and transportation departments are in agreement on certain issues including: the performance characteristics, life expectancy, and the associate cost. The most cost effective pavement marking identified and utilized by different transportation departments on low level traffic volume is paint followed by epoxy. Tape is commonly used on high volume AADT roadways by different agencies. Ninety-eight percent of pavement markings used in Idaho are paint with the other two percent consisting of tape or other types including Methyl Methacrylate (MMA). The Idaho Transportation Department’s current practice in using pavement markings is the most cost effective. ITD is in line with many other transportation departments throughout the country that deal with similar climate conditions." @default.
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• W2108267927 date "2010-08-01" @default.
• W2108267927 modified "2023-09-26" @default.
• W2108267927 title "Materials Acceptance Risk Analysis: Pavement Markings" @default.
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