Finding and Characterizing Hidden Dips in Roads

María Castro, Alejandro de Blas, Roberto Rodríguez-Solano, José Angel Sánchez

Abstract


Sometimes when connecting a crest vertical curve, followed by a sag and another crest, a road disappears from the view of a driver to reappear later. Then, there is a loss of path or a hidden dip in a road. It is essential to avoid losses when they hide dangerous points, such as intersections or unexpected changes in direction. In addition, this loss disrupts drivers and its effect depends on quantitative relationships between the variables involved in the problem. This paper presents a quantitative procedure for studying hidden dips in roads. The method is based on calculating the sections visible and hidden by a driver using a Geographic Information System. An application to a Spanish road is presented. Procedure results were compared with in situ carried out studies and with a video of the highway recorded using a Global Positioning System equipped video camera embarked in a vehicle. The main quantitative issues related to hidden dips are discussed.

Keywords:
design; Digital Surface Model (DSM); Digital Terrain Model (DTM); Geographic Information System (GIS); hidden dip; highways and roads; sight distances

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References


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DOI: 10.3846/bjrbe.2015.43

Cited-By

1. Three-Dimensional Virtual Highway Model for Sight-Distance Evaluation of Highway Underpasses
César De Santos-Berbel, Maria Castro
Journal of Surveying Engineering  vol: 144  issue: 4  year: 2018  
doi: 10.1061/(ASCE)SU.1943-5428.0000258

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