Existing 1D and 2D models are used to simulate GPR field surveys conducted in a stratified limestone terrain. The 1D model gave good agreement in a simple layered section, accounting for multiple reflections, velocity variations and attenuation. The 2D F-K model used gave a good representation of the patterns observed due to edge diffraction from a fracture in limestone, although the model could not account for the attenuation caused by irregular blocks filling the fracture
International audienceThe stability of a potentially unstable rock mass is highly sensitive to the c...
The distribution of Permian alluvial fan lithofacies in a quarry at Zygmuntówka near Chęciny, Holy C...
Palaeoseismology studies the footprints of ancient earthquakes to improve the knowledge about the mo...
Ground Penetrating Radar (GPR) investigations were performed to assess the depth and geometry of roc...
Until now, geophysical methods have been rarely used to investigate vertical limestone cliffs, mainl...
Rock mass fractures adversely affect the cutting of commercial-size blocks and cause rock material l...
<p>(A) 3D perspective view of the Wenner-Schlumberger ERT inverted profiles, crossing doline 1. The ...
none5noRock mass fractures adversely affect the production of ornamental stone quarries. Fractures c...
Portugal, in the continental and insular territory, has raw geological resources in diversity and qu...
Comprehensive fracture assessment is not an easy task as most fracture analyses rely on two-dimensio...
Three-dimensional assessment and modelling of fractured rock slopes is a challenging task. The relia...
We have integrated and analyzed a 3D ground-penetrating radar (GPR) volume with a trenching exposure...
none5noThe paper examines methods of assessing the critical fractures and quality of an ornamental s...
The Castrovillari basin is located in Northern Calabria, along a sector of the Southern Apennines (I...
Iran and Italy have a great potential in stone production relying on a variety of dimension stone qu...
International audienceThe stability of a potentially unstable rock mass is highly sensitive to the c...
The distribution of Permian alluvial fan lithofacies in a quarry at Zygmuntówka near Chęciny, Holy C...
Palaeoseismology studies the footprints of ancient earthquakes to improve the knowledge about the mo...
Ground Penetrating Radar (GPR) investigations were performed to assess the depth and geometry of roc...
Until now, geophysical methods have been rarely used to investigate vertical limestone cliffs, mainl...
Rock mass fractures adversely affect the cutting of commercial-size blocks and cause rock material l...
<p>(A) 3D perspective view of the Wenner-Schlumberger ERT inverted profiles, crossing doline 1. The ...
none5noRock mass fractures adversely affect the production of ornamental stone quarries. Fractures c...
Portugal, in the continental and insular territory, has raw geological resources in diversity and qu...
Comprehensive fracture assessment is not an easy task as most fracture analyses rely on two-dimensio...
Three-dimensional assessment and modelling of fractured rock slopes is a challenging task. The relia...
We have integrated and analyzed a 3D ground-penetrating radar (GPR) volume with a trenching exposure...
none5noThe paper examines methods of assessing the critical fractures and quality of an ornamental s...
The Castrovillari basin is located in Northern Calabria, along a sector of the Southern Apennines (I...
Iran and Italy have a great potential in stone production relying on a variety of dimension stone qu...
International audienceThe stability of a potentially unstable rock mass is highly sensitive to the c...
The distribution of Permian alluvial fan lithofacies in a quarry at Zygmuntówka near Chęciny, Holy C...
Palaeoseismology studies the footprints of ancient earthquakes to improve the knowledge about the mo...