The background and current state of the art of radar testing of concrete is briefly reviewed.
This encompasses developments of equipment, procedures, applications, analysis …

The condition assessment of civil engineering concrete-made structures has been a
prevalent research area over the last thirty years as a result of concrete deterioration …

The radar technology, used to perform investigations on the civil buildings, derives from that
used for investigations of the ground known with the name of Georadar. This is diffusing …

Corrosion of re-bar within reinforced concrete is a major problem in countries where salt is
applied to roads for de-icing. Concrete structures are periodically inspected in order to …

Ground-penetrating radar (GPR) is widely used to detect and locate steel reinforcement in
concrete. However, there are many factors which need to be considered, if accurate depth …

Several simulated bridge deck specimens of varying internal conditions, such as
with/without reinforcement and with air and water-filled cracks, were cast in the laboratory …

The reinforced concrete cast in place four span deck of a concrete bridge near Roanoke,
Texas, was recently completed. Due to possible construction errors, it was suspected that …

Ground-penetrating-radar (GPR) has become an important method for the non-destructive
testing of concrete bridges. Although there are standards and guidelines available today, the …

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 …

In recent years the use of ground penetrating radar (GPR) at frequencies from 500 MHz to
2.5 GHz has yielded very good results for inspection of concrete structures. The possibility of …