Sentence examples for pavement behavior from inspiring English sources

Accurate design of pavement behavior requires elastic properties of all the constituting layers.

It formed the basis for developing various theories about pavement behavior and supports most of the current pavement design methods.

This issue is primarily due to the incompatibility between existing pavement and repair materials including bonding at the repair interface, as well as the complex nature of pavement behavior near distressed areas.

Continuously reinforced concrete pavement (CRCP) behavior due to temperature and moisture variations was analyzed using a mesoscale model consisting of coarse aggregate, mortar, and an interface transition zone (ITZ).

While many models have been developed to best simulate pavement foundation behavior for rigid airfield pavements, many of them have focused only on the failure of Portland Cement Concrete (PCC) layer and did not sufficiently consider the contribution of pavement foundation to the failure.

There have been developed many models to simulate the behavior of pavement structures.

Few experimental and numerical studies are available in the literature to predict the behavior of pavement over time.

To quantify MT behavior in pavement cells, we used a nematic tensor-based tool to measure MT anisotropy (Uyttewaal et al., 2012; Boudaoud et al., 2014).

In the future it will be important to develop cell wall marking techniques [ 42] that will allow us to monitor the surface behavior of pavement cells at a high resolution.

Due to the complex behavior of asphalt pavement materials under various loading conditions, pavement structure, and environmental conditions, accurately predicting the permanent deformation of asphalt pavement is difficult.

Albedo (or solar reflectivity) plays an important role in the thermal behavior of pavements and other ground surfaces, and their resultant impacts on humans and the environment.