Terrestrial laser scanners can rapidly acquire thousands of 3D points over a structure. The individual scan points are of relatively low precision (±2mm – ±50mm) depending on the instrument type. However, combining the dense 3D point data with judicious modelling strategies can produce a very precise surface model. A surface model has advantages for structural deformation monitoring where deflections are small (<50mm) and the shape change can potentially vary across the entire structure. The notion of the research presented in this paper is to exploit the dense 3D point data (clouds) to assess the sensitivity of laser scanners for measuring structural deformation. Two experiments have been undertaken where, in each experiment, a beam was...
Applicability of Terrestrial Laser Scanners/Scanning (TLS) in deformation measurement in dams is an ...
Applicability of Terrestrial Laser Scanners/Scanning (TLS) in deformation measurement in dams is an ...
[EN] The basis of this project is to implement the use of laser scanner to analyze structural defor...
Deformation monitoring is typically undertaken with point-wise surveying techniques, such as total s...
Ground-based laser scanners offer a highly effective method for collecting massive volumes of precis...
Purpose: Terrestrial laser scanning (TLS) point clouds have been widely used in deformation measurem...
Dense point clouds acquired from Terrestrial Laser Scanners (TLS) have proved to be effective for st...
Dense point clouds acquired from Terrestrial Laser Scanners (TLS) have proved to be effective for st...
By now, the use of terrestrial laser scanning for deformation measurements of large concrete structu...
By now, the use of terrestrial laser scanning for deformation measurements of large concrete structu...
This research is investigating the use of high resolution 3D terrestrial laser scanners as tools to...
In this paper we show the results of several tests carried out using methods and instrumentation typ...
In this paper we show the results of several tests carried out using methods and instrumentation typ...
Change detection and deformation monitoring is an active area of research within the field of engine...
Terrestrial Laser Scanner (TLS) offers a new approach of deformation analysis. Different from conven...
Applicability of Terrestrial Laser Scanners/Scanning (TLS) in deformation measurement in dams is an ...
Applicability of Terrestrial Laser Scanners/Scanning (TLS) in deformation measurement in dams is an ...
[EN] The basis of this project is to implement the use of laser scanner to analyze structural defor...
Deformation monitoring is typically undertaken with point-wise surveying techniques, such as total s...
Ground-based laser scanners offer a highly effective method for collecting massive volumes of precis...
Purpose: Terrestrial laser scanning (TLS) point clouds have been widely used in deformation measurem...
Dense point clouds acquired from Terrestrial Laser Scanners (TLS) have proved to be effective for st...
Dense point clouds acquired from Terrestrial Laser Scanners (TLS) have proved to be effective for st...
By now, the use of terrestrial laser scanning for deformation measurements of large concrete structu...
By now, the use of terrestrial laser scanning for deformation measurements of large concrete structu...
This research is investigating the use of high resolution 3D terrestrial laser scanners as tools to...
In this paper we show the results of several tests carried out using methods and instrumentation typ...
In this paper we show the results of several tests carried out using methods and instrumentation typ...
Change detection and deformation monitoring is an active area of research within the field of engine...
Terrestrial Laser Scanner (TLS) offers a new approach of deformation analysis. Different from conven...
Applicability of Terrestrial Laser Scanners/Scanning (TLS) in deformation measurement in dams is an ...
Applicability of Terrestrial Laser Scanners/Scanning (TLS) in deformation measurement in dams is an ...
[EN] The basis of this project is to implement the use of laser scanner to analyze structural defor...