A Study of Temperature of the Road Surface with Performance Braking Distance
Abstract
This research aims to study 1) the relationship between temperature on road surface and friction of road surface. 2) the relationship between temperature on road surface and braking efficiency. Correlation among factors related to temperature on road surface were studied. The friction of road surface was measured using continued Fixed Slip Tester with the Skid (ASFT T – 10) and test car for braking distance with testing speed 60 kilometer per hour. The effect level per braking distance was analyzed. The results of this research are as follows: 1) The influence of temperature on the friction of road surface is less than other factors such as traffic volume and pavement lifetime. 2) The influence of temperature on braking distance is less than other factors such as traffic volume and pavement lifetime. Moreover, the braking distance increase as these factor increase.
Keywords
[1] H. Piyapat, "THE STUDY OF RELATIONSHIP BETWEEN PAVEMENT SURFACE FRICTION AND RELATED FACTORS USING STATISTICAL ANALYSIS," FACULTY OF ENGINEERRING KHON KAEN UNIVERSITY, KHON KAEN, 2013. (in Thai)
[2] P. Bunraksa and C. Payongsri, "Skid resistance test (Skid resistance) of road surface by Portable Skid Resistance Tester," Bureau of Material Analysis and Inspection, Bangkok, 2008. (in Thai)
[3] Y. Kwanruen, "Study of Relationships between Skid Resistance and Traffic Accidents," in The 18th Nationnal Convention on Civil Engineering, Chiang Mai, 2013. (in Thai)
[4] S. Pattarapon, "The Study of Factor influencing the Skid Resistance of the Road Surface," King Mongkut's University of Technology North Bangkok, Bangkok, 2013. (in Thai)
[5] P. Chano, "Continuous Friction Measuring Equipment," Bureau of Material Analysis and Inspection, Bangkok, 2015. (in Thai)
[6] K. Vanichbuncha, SPSS for Windows Data Analysis, Bangkok: Chulalongkorn University, 2003. (in Thai)
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