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http://dx.doi.org/10.12652/Ksce.2010.30.6D.587

The Experimental Study on the Transient Brake Time of Vehicles by Road Pavement and Friction Coefficient  

Lim, Chang-Sik (도로교통공단 부산광역시지부)
Choi, Yang-Won (영산대학교 교통시스템학과)
Publication Information
KSCE Journal of Civil and Environmental Engineering Research / v.30, no.6D, 2010 , pp. 587-597 More about this Journal
Abstract
When a car accident occurs, people who had an accident are not free from civil and criminal issues so that the accident investigator should reenact and analyze the accident situation accurately. In addition, the obtained documents through the analysis of such car accident occurrence and related factors have to be used to carry out the improvement of the areas that has numerous car accidents and complementary actions. The vehicle speed, accelerating force, braking power are currently known as the most affecting factors in accordance with many car accidents, traffic facilities, road design, etc. The vehicle's performance and rode friction coefficient road surface friction coefficient are affecting the most closely in this field. Especially, once the estimate of the speed of the accident moment relating to main eleven articles of Traffic Accident Exemption Law is very important and accuracy is required. However, currently the researches of these matters have not made exclusively yet in Korea. In this study by reflecting this current situation, until the sudden braking history is found from the car's sudden braking, it estimates accurately the transient brake time and rode friction coefficient by measuring a time of transient brake time through the precision speed detector (Vericom VC2000PC). The analysis of the experimental results calculated the transient brake time and friction coefficient to fit into the purpose of this study in the basis of different kind of various special purpose asphalt pavement and slip-prevention pavement and provided the fundamental data.
Keywords
the transient brake time; skid marks; friction coefficient; special asphalt; reenacting the car scene;
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