2020
DOI: 10.1007/s12524-020-01246-w
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UAV in Construction Site Monitoring and Concrete Strength Estimation

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Cited by 10 publications
(3 citation statements)
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“…Advanced technology is needed to monitor construction activities in real-time and visually update construction progress to improve the stability of the structure. Based on the combination of UAV and remote sensing system, a semiautomatic remote sensing non-destructive monitoring method was designed to monitor early concrete members and estimate their strength [85]. Teizer et al [24] introduced the use of cameras and tracking algorithms to track multiple construction workers over a long period of time, identify their labour status and monitor unsafe behaviour.…”
Section: Construction Site Monitoringmentioning
confidence: 99%
See 1 more Smart Citation
“…Advanced technology is needed to monitor construction activities in real-time and visually update construction progress to improve the stability of the structure. Based on the combination of UAV and remote sensing system, a semiautomatic remote sensing non-destructive monitoring method was designed to monitor early concrete members and estimate their strength [85]. Teizer et al [24] introduced the use of cameras and tracking algorithms to track multiple construction workers over a long period of time, identify their labour status and monitor unsafe behaviour.…”
Section: Construction Site Monitoringmentioning
confidence: 99%
“…(Data collection [24,108], visual inspection [38,84,112,118], quality control, schedule monitoring [5][6][7][8], efficiency improvement [119] and SHM [85]) (Expansion, update and maintenance [34,120], 3D visualization [36], safety inspection [45], SHM [35], asset management [96] and LCM [39,98])…”
Section: Application Of Information Technologies In Different Phasesmentioning
confidence: 99%
“…Na construção civil, o uso de Remotely Piloted Aircraft System / Sistema de Aeronave Remotamente Pilotada (RPAS/Drone) vem sendo estudado com finalidade ampla, associado a diversas tecnologias embarcadas -câmeras visuais, térmicas, scanners e RFID [3] [4] [5], com uso inclusive em áreas internas da construção [6]. A ampla finalidade e possibilidades do uso de RPAS é identificada em estudos relacionados ao gerenciamento de obras de arte/pontes [7], obras de saneamento básico [8], execução de pavimentação de estradas [9], auxílio no cálculo de volumes de terraplenagem [10], estabilidade de escavações [11], processo de cura do concreto [12], tecnologias de rastreamento de materiais no canteiro de obras [13], inspeção de fachada de edificações [14], segurança no canteiro de obras [15] e riscos associados ao uso do RPAS no canteiro de obra [16].…”
Section: Introductionunclassified