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 …

This paper focuses on the influence of some physical properties of concrete on the
characteristics of the transmitter–receiver direct wave of ground-coupled radar antennas …

Interpretation of ground penetrating radar (GPR) surveys applied to concrete structures
requires a prior knowledge of the dielectric properties of the concrete under investigation …

This paper reports research into the application of Ground Penetrating Radar (GPR)
technology to the physical characterization of concrete and gives the details and results of …

The research work presented in this paper aims at evaluating the potential of the direct wave
of radar ground-coupled antennas for the on site physical characterization of concrete …

This paper studies the dielectric dispersion of high frequency radar wave in concrete in early-
aged and hardened concrete specimens. Frequency-dependent spectra of phase velocity v …

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 …

The objective of the present study is to locate the rebar and estimate the rebar diameter in
reinforced concrete (RC) structures non-destructively, using Ground Penetration Radar …

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 …

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 …