Titlebook: Civil Engineering Applications of Ground Penetrating Radar; Andrea Benedetto,Lara Pajewski Book 2015 The Editor(s) (if applicable) and The

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Inspection Procedures for Effective GPR Surveying of Buildingsaboratory tests under controlled conditions and numerous cases studies are representative works in this field of knowledge. Some applications are focused on rebar detection, on concrete building assessment, and in modern masonry structures. However, the majority of the works are focused on cultural

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Determination, by Using GPR, of the Volumetric Water Content in Structures, Substructures, Foundatio The main weaknesses of subsurface moisture sensing techniques are usually related both to the lack of cost-effectiveness of measurements, and to unsuitable support scales with respect to the extension of the surface to be investigated. In this regard, ground-penetrating radar (GPR) is an increasing

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Methods for the Electromagnetic Forward Scattering by Buried Objectsesponses. Time-domain methods, as Finite-Difference Time Domain or space-time integral equations, are well established tools in the modeling impulse Ground Penetrating Radar systems. Integral equation methods, when solved with Method of Moments discretization, lead to dense linear system. Therefore,

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Development of Intrinsic Models for Describing Near-Field Antenna Effects, Including Antenna-Medium or Finite-Difference Time-Domain (FDTD) modeling approaches. Yet, numerical methods are computationally expensive and accurate reproduction of real measurements has remained a major challenge for many years. Recently, intrinsic modeling approaches, through which radar antennas are effectively descr

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GPR Imaging Via Qualitative and Quantitative Approachesof view, it requires to solve an inverse scattering problem, where a set of parameters describing the underground scenario must be retrieved starting from samples of the measured electromagnetic field. In this chapter, an overview of different methods/algorithms for quantitative and qualitative buri