The main objective of this research is to estimate the orientations of discontinuities in the Red Granite Quarry using point clouds and optical images obtained with a three-dimensional terrestrial scanner. To calculate the orientation of facets, point cloud data were used. To estimate trace orientations, optical images acquired using the inbuilt optical camera of the scanner, were used. Results of the study are presented in this paper
Compared with traditional methods, the three-dimensional laser-scanning (3D-LS) technique can effici...
Data on discontinuities are always necessary for design, characterization and analysis of rock struc...
This paper evaluates the application of three-dimensional (3D) laser imaging to measure joint orient...
Discontinuities play a key role in the mechanical, hydraulic and deformational behaviour of rock mas...
The research investigates the possibility of using point cloud data from 3-D terrestrial laser scann...
A terrestrial laser scanner survey was carried out in a marble quarry on differently oriented faces,...
The importance of the collection and analysis of data on discontinuities cannot be overemphasized. P...
In the process of investigation, design and upgrading of rock slopes, the orientation and spacing of...
This paper describes the interim results of a study to characterize discontinuous rock masses using ...
LiDAR (Light Detection and Ranging) scanners are increasingly being used to measure discontinuity or...
International audienceRock face diagnosis is a monitoring operation that is used to optimize rock-ri...
The objective of this project is to apply close-range photogrammetry to the survey of discontinuitie...
The stability of a rock slope depends on the rock mass geo-structure and its discontinuities. Discon...
Terrestrial laser scanning constitutes a powerful method in spatial information data acquisition and...
Several methods are used to measure fracture plane orientation. For these measurements manual, photo...
Compared with traditional methods, the three-dimensional laser-scanning (3D-LS) technique can effici...
Data on discontinuities are always necessary for design, characterization and analysis of rock struc...
This paper evaluates the application of three-dimensional (3D) laser imaging to measure joint orient...
Discontinuities play a key role in the mechanical, hydraulic and deformational behaviour of rock mas...
The research investigates the possibility of using point cloud data from 3-D terrestrial laser scann...
A terrestrial laser scanner survey was carried out in a marble quarry on differently oriented faces,...
The importance of the collection and analysis of data on discontinuities cannot be overemphasized. P...
In the process of investigation, design and upgrading of rock slopes, the orientation and spacing of...
This paper describes the interim results of a study to characterize discontinuous rock masses using ...
LiDAR (Light Detection and Ranging) scanners are increasingly being used to measure discontinuity or...
International audienceRock face diagnosis is a monitoring operation that is used to optimize rock-ri...
The objective of this project is to apply close-range photogrammetry to the survey of discontinuitie...
The stability of a rock slope depends on the rock mass geo-structure and its discontinuities. Discon...
Terrestrial laser scanning constitutes a powerful method in spatial information data acquisition and...
Several methods are used to measure fracture plane orientation. For these measurements manual, photo...
Compared with traditional methods, the three-dimensional laser-scanning (3D-LS) technique can effici...
Data on discontinuities are always necessary for design, characterization and analysis of rock struc...
This paper evaluates the application of three-dimensional (3D) laser imaging to measure joint orient...