Sentence examples for pavement segment from inspiring English sources
The suspected basement structures disposition account for the failure of the road pavement segment.
The lateritic formation account for the stability of the road pavement segment and it is very suitable for road pavement sub-grade materials.
The basement depression under VES 11 and VES 12 may cause failure in the road pavement segment, but the presence of the lateritic layer and the high resistive topsoil still account for its present stability.
The stability of this road pavement segment may be due to recent rehabilitation exercise, but the segment is very liable to fail in future due to the presence of thick low resistivity clay enriched in water.
The weathered layer with a mean resistivity and thickness of 54 Ωm and 9.3 m which is typically composed of clay and account to the failure of the road pavement segment.
The weathered layer with mean resistivity and thickness of 53 Ωm and 11.9 m, respectively, indicates clay composition which may account for the failure of the road pavement segment.
Transportation agencies will be concerned with determining maintenance, resurfacing and reconstruction policies for pavement segments in their systems while also addressing the environmental impact of these activities.
However, HCM [11] considers a wide range of parameters such as the number of through lanes, effective width of the outside through lane, pavement conditions, mid-segment demand flow rate, traffic speed, and the percentage of heavy vehicles.
In this study, integrated geophysical methods have been used to investigate the causes of incessant highway pavement failure along segments of Ibadan-Ife highway around Ipetumodu in the basement complex terrain southwestern Nigeria.
The layer resistivity and thickness are 19 Ωm and 30.5 m, respectively at VES 29 which may account for the failure of the segment road pavement.
Open image in new window Fig. 6 Site PP1. a Collision Diagram of curve 3, b Example of deteriorated pavement along the road segment Open image in new window Fig. 7 Friction Diagram of Site PP1 in wet conditions (red line corresponding to FUSED = 100%).
