GPR (Ground Penetrating Radar) results are shown for perpendicular broadside and
parallel broadside antenna orientations. Performance in detection and localization of …

As ground‐penetrating radar (GPR) technology improves, there is an increasing demand for
more sophisticated and detailed interpretational tools. Numerical modelling has become …

A large number of reinforced or prestressed concrete pathologies require the presence of
water to develop. In this context, the quantification of water content is an important phase for …

Antenna height, orientation, shielding and subsurface properties all impact GPR responses.
Although the basic concepts are generally understood, clarifying the key relationships can …

Estimating the permittivity of heterogeneous mixtures based on the permittivity of their
components is of high importance with many applications in ground penetrating radar (GPR) …

Scalar migration algorithms developed for three-dimensional seismic data are commonly
used for imaging ground-penetrating radar (GPR) data. Yet, radar is a vector phenomenon …

Numerical modelling has recently established itself as an important, near-surface GPR
interpretation tool with the finite-difference, time-domain (FDTD) method becoming one of …

Ground penetrating radar 2 (GPR) is an electromagnetic pulse reflection method based on
physical principles similar to those of reflection seismics. It is a geophysical technique for …

This article describes the use of a 1.5 GHz ground-penetrating radar (GPR) coupled antenna
numerical model to evaluate the dielectric properties of two concretes with different degrees …

The propagation velocity of a ground‐penetrating radar (GPR) wavelet may be used to
derive physical subsurface properties, including layer thickness, porosity and water content …