Abstract
In order for the vehicle to run smoothly and safely on the road, the road surface must have excellent anti-skid performance and provide sufficient friction for the vehicle. Excellent anti-skid performance guarantees driving safety. Choosing a reasonable anti-skid performance index is not only the need of project managers, but also the quality of the project itself. This article aims to study the application of remote network intelligent detection technology in pavement anti-skid engineering. Based on the analysis of road anti-skid performance detection methods, road anti-skid performance influencing factors and remote network intelligent detection system, in order to understand the remote network intelligent detection technology. For the performance detection effect in the anti-skid engineering of the pavement, this paper selects a newly-built cement concrete road section in a certain district of this city as the test object to test its anti-skid performance. The experimental results show that the friction coefficient of the road surface after laying the thin layer has been significantly improved, which can ensure the safety of driving.
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