The measurement of discontinuity (joint) orientations is critical in assessing the stability of discontinuous rock slopes. The discontinuity orientations are used as input to all discontinuous modeling programs and methods, including kinematic screening methods and limited equilibrium sliding methods
Terrestrial remote sensing techniques including both digital photogrammetry and laser scanning, repr...
This paper describes the interim results of a study to characterize discontinuous rock masses using ...
Geologists and engineers traditionally characterise rock slopes through laboratory tests and data ca...
Discontinuities, which are ubiquitous in most rock masses, influence the engineering properties and ...
LiDAR (Light Detection and Ranging) scanners are increasingly being used to measure discontinuity or...
The stability of man-made rock slopes is greatly influenced by the orientation of the discontinuitie...
The importance of the collection and analysis of data on discontinuities cannot be overemphasized. P...
Discontinuities play a key role in the mechanical, hydraulic and deformational behaviour of rock mas...
The objective of this project is to apply close-range photogrammetry to the survey of discontinuitie...
The objective of this project is to apply close-range photogrammetry to the survey of discontinuitie...
Discontinuities play a key role in the mechanical, hydraulic and deformational behaviour of rock mas...
Data collection for kinematic and structural analyses in hills or rock slopes still maintains, nowad...
Vertical or sub-vertical discontinuities striking parallel to rock cuts are dangerous because toppli...
A terrestrial laser scanner survey was carried out in a marble quarry on differently oriented faces,...
Data on discontinuities are always necessary for design, characterization and analysis of rock struc...
Terrestrial remote sensing techniques including both digital photogrammetry and laser scanning, repr...
This paper describes the interim results of a study to characterize discontinuous rock masses using ...
Geologists and engineers traditionally characterise rock slopes through laboratory tests and data ca...
Discontinuities, which are ubiquitous in most rock masses, influence the engineering properties and ...
LiDAR (Light Detection and Ranging) scanners are increasingly being used to measure discontinuity or...
The stability of man-made rock slopes is greatly influenced by the orientation of the discontinuitie...
The importance of the collection and analysis of data on discontinuities cannot be overemphasized. P...
Discontinuities play a key role in the mechanical, hydraulic and deformational behaviour of rock mas...
The objective of this project is to apply close-range photogrammetry to the survey of discontinuitie...
The objective of this project is to apply close-range photogrammetry to the survey of discontinuitie...
Discontinuities play a key role in the mechanical, hydraulic and deformational behaviour of rock mas...
Data collection for kinematic and structural analyses in hills or rock slopes still maintains, nowad...
Vertical or sub-vertical discontinuities striking parallel to rock cuts are dangerous because toppli...
A terrestrial laser scanner survey was carried out in a marble quarry on differently oriented faces,...
Data on discontinuities are always necessary for design, characterization and analysis of rock struc...
Terrestrial remote sensing techniques including both digital photogrammetry and laser scanning, repr...
This paper describes the interim results of a study to characterize discontinuous rock masses using ...
Geologists and engineers traditionally characterise rock slopes through laboratory tests and data ca...