The operating principles of a mobile high-resolution radar system that has been optimized
for inspection of pavements such as highways, bridge decks, and runways are described …

Pavement engineers routinely utilize mechanistic-based models for pavement rehabilitation
design and for assessing the remaining service life of existing pavement structures. Dynamic …

In recent years considerable attention has been focused on the use of ground-penetrating
radar (GPR) to detect a variety of pavement problems. The results to date have been mixed …

Approximately 90 percent reliability has been achieved in nondestructively identifying good
and deteriorated concrete on a bridge deck, based on experimental research in the …

Ground penetrating radar technology has been used to assess pavement performance and
structure for the past 30 years. Nonetheless, after all this time, ground penetrating radar is …

Subsurface scanning impulse radar has grown in popularity in recent years, especially for
the location of reinforcing bars and voids within concrete. The interpretation of results is …

A survey of a jointed, reinforced concrete pavement with ground-penetrating radar indicated
that radar provides a nondestructive inspection technique that can be used at a minimum …

The use of pulsed radar as a non destructive tool for assessing the quality and structural
integrity of concrete has gained popularity in the USA, the UK and elsewhere. Two different …

This article aims to outline the established Ground Penetrating Radar (GPR) applications for
concrete pavements that are currently under development or not yet commonly applied …

Ground penetrating radar has been developed as an economical alternative for evaluating
pavement layer properties and estimating quantities of deterioration in bridge decks. These …