In this research terrestrial LiDAR scanning has been used for building high-resolution point clouds of a rock slope site on the M-22 highroad near Ljig in Serbia. The scanning has been conducted in two epochs in the past two years. The slope is about 100 m wide and 10 m high, and its surface is faceted, so we decided to process only one sample of the slope. The site is composed of a typical flysch rock succession with alternating layers of sandstone, conglomerate and claystone. The principal idea was to model the surface of this particular rock slope, by discretizing it with a point cloud (1–5 cm resolution, i.e. millions of points) and generate a plausible 3D model of the slope surface. Since one model is generated per each epoch it is possible to compare the models and track changes in different epochs, and to locate and measure the displacements, but also to perform all different kinds of measurements, analysis and estimations. These have included estimations of engineering-geologic...al parameters and preliminary (kinematic) analysis of the rock slope. The research had shown how LiDAR technology can be successfully applied for engineering-geological problems and analysis of slopes susceptible to rockfalls. It supplements the field, in situ techniques and provides concurrent and reliable outputs.
Source:
Engineering Geology for Society and Territory - Volume 2, 2015, 147-150
TY - CONF
AU - Marjanović, Miloš
AU - Đurić, Uroš
AU - Abolmasov, Biljana
AU - Bogdanović, Snežana
PY - 2015
UR - https://grafar.grf.bg.ac.rs/handle/123456789/1327
AB - In this research terrestrial LiDAR scanning has been used for building high-resolution point clouds of a rock slope site on the M-22 highroad near Ljig in Serbia. The scanning has been conducted in two epochs in the past two years. The slope is about 100 m wide and 10 m high, and its surface is faceted, so we decided to process only one sample of the slope. The site is composed of a typical flysch rock succession with alternating layers of sandstone, conglomerate and claystone. The principal idea was to model the surface of this particular rock slope, by discretizing it with a point cloud (1–5 cm resolution, i.e. millions of points) and generate a plausible 3D model of the slope surface. Since one model is generated per each epoch it is possible to compare the models and track changes in different epochs, and to locate and measure the displacements, but also to perform all different kinds of measurements, analysis and estimations. These have included estimations of engineering-geological parameters and preliminary (kinematic) analysis of the rock slope. The research had shown how LiDAR technology can be successfully applied for engineering-geological problems and analysis of slopes susceptible to rockfalls. It supplements the field, in situ techniques and provides concurrent and reliable outputs.
PB - Springer International Publishing, Cham
C3 - Engineering Geology for Society and Territory - Volume 2
T1 - Preliminary Analysis and Monitoring of the Rock Slope on the M-22 Highroad Near Ljig in Serbia, Using LiDAR Data
EP - 150
SP - 147
DO - 10.1007/978-3-319-09057-3_16
UR - conv_4265
ER -
@conference{
author = "Marjanović, Miloš and Đurić, Uroš and Abolmasov, Biljana and Bogdanović, Snežana",
year = "2015",
abstract = "In this research terrestrial LiDAR scanning has been used for building high-resolution point clouds of a rock slope site on the M-22 highroad near Ljig in Serbia. The scanning has been conducted in two epochs in the past two years. The slope is about 100 m wide and 10 m high, and its surface is faceted, so we decided to process only one sample of the slope. The site is composed of a typical flysch rock succession with alternating layers of sandstone, conglomerate and claystone. The principal idea was to model the surface of this particular rock slope, by discretizing it with a point cloud (1–5 cm resolution, i.e. millions of points) and generate a plausible 3D model of the slope surface. Since one model is generated per each epoch it is possible to compare the models and track changes in different epochs, and to locate and measure the displacements, but also to perform all different kinds of measurements, analysis and estimations. These have included estimations of engineering-geological parameters and preliminary (kinematic) analysis of the rock slope. The research had shown how LiDAR technology can be successfully applied for engineering-geological problems and analysis of slopes susceptible to rockfalls. It supplements the field, in situ techniques and provides concurrent and reliable outputs.",
publisher = "Springer International Publishing, Cham",
journal = "Engineering Geology for Society and Territory - Volume 2",
title = "Preliminary Analysis and Monitoring of the Rock Slope on the M-22 Highroad Near Ljig in Serbia, Using LiDAR Data",
pages = "150-147",
doi = "10.1007/978-3-319-09057-3_16",
url = "conv_4265"
}
Marjanović, M., Đurić, U., Abolmasov, B.,& Bogdanović, S.. (2015). Preliminary Analysis and Monitoring of the Rock Slope on the M-22 Highroad Near Ljig in Serbia, Using LiDAR Data. in Engineering Geology for Society and Territory - Volume 2
Springer International Publishing, Cham., 147-150.
https://doi.org/10.1007/978-3-319-09057-3_16
conv_4265
Marjanović M, Đurić U, Abolmasov B, Bogdanović S. Preliminary Analysis and Monitoring of the Rock Slope on the M-22 Highroad Near Ljig in Serbia, Using LiDAR Data. in Engineering Geology for Society and Territory - Volume 2. 2015;:147-150.
doi:10.1007/978-3-319-09057-3_16
conv_4265 .
Marjanović, Miloš, Đurić, Uroš, Abolmasov, Biljana, Bogdanović, Snežana, "Preliminary Analysis and Monitoring of the Rock Slope on the M-22 Highroad Near Ljig in Serbia, Using LiDAR Data" in Engineering Geology for Society and Territory - Volume 2 (2015):147-150,
https://doi.org/10.1007/978-3-319-09057-3_16 .,
conv_4265 .
