Due to improved laser scanning technology, laser scanner based deformation analyses are
presently widespread. These deformation analyses are no longer based on individual points …

Terrestrial laser scanning, also known as Light Detection and Ranging (LiDAR) is an
emerging technology that has many proven uses in the geotechnical engineering …

The railway system in Poland is undergoing technological transformation. The development
of the Polish railway system concerns not only high-speed trains but also infrastructure. The …

Terrestrisches Laserscanning wird in der Praxis bereits vielfach zur flächenhaften
Bestimmung von Bauwerksdeformationen genutzt. Es gibt jedoch kaum Ansätze zu strenger …

The safe operation and maintenance of the appropriate strength of hyperboloid cooling
towers require special supervision and a maintenance plan that takes into consideration the …

Terrestrial laser scanning was used for deformation monitoring of structures and
geoscientific objects already at an early stage of its employment for engineering geodetic …

For accurate astronomic and geodetic observations based on radio telescopes, the
elevation-dependent deformation of the radio telescopes' main reflectors should be known …

The establishment of the terrestrial laser scanner changed the analysis strategies in
engineering geodesy from point-wise approaches to areal ones. During recent years, a …

Terrestrial laser scanning (TLS) technology has become increasingly popular in
investigating displacement and deformation of natural and anthropogenic objects …

Deformation monitoring of structures is a common application and one of the major tasks of
engineering surveying. Terrestrial laser scanning (TLS) has become a popular method for …