A study about terrestrial laser scanning for reconstruction of precast concrete to support qlassic assessment

A study about terrestrial laser scanning for reconstruction of precast concrete to support qlassic assessment

Nowadays, terrestrial laser scanning shows the potential to improve construction productivity by measuring the objects changes using realtime applications. This paper presents the process of implementation of an efficient framework for precast concrete using terrestrial laser scanning that enables c...

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Bibliographic Details
Main Authors: Abbas, M.A (Author), Abdul-Rahman A. (Author), Ariff, M.F.M (Author), Aziz, M.A (Author), Azri S. (Author), Chong, A.K (Author), Idris, K.M (Author), Karim H. (Author), Luh, L.C (Author), Majid, Z. (Author), Musliman I.A (Author), Said M.N (Author), Ujang U. (Author), Yusoff, A.R (Author)
Format: Article
Language:English
Published: International Society for Photogrammetry and Remote Sensing 2016
Subjects:
3D modelling
3D Modelling
Accuracy
Concretes
Construction productivity
Conventional methods
Laser applications
Mean square error
Precast concrete
QLASSIC
Real-time application
Root mean square errors
Scanning
Steel beams and girders
Storms
Surface analysis
Terrestrial laser scanning
Terrestrial Laser Scanning
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