Civil Infrastructures regardless sector they belong to as hydraulic (dams, pipelines), transport (bridges, roadways) or building represent a fundamental element for our lives quality and improvements then considering the continuous technological progress, existing infrastructures have to be adjusted in order to cohabit with innovations or to be complementary to new constructions. For these reasons it is important to guarantee their complete efficiency with correct maintenance operations but especially monitoring ones so to forecast imminent damages, considering that during its life cycle a generic infrastructure is subjected to dynamic and various loads, deterioration of materials and atmospheric agents that can compromise its functionality. Such aspects result fundamental considering that in many developed countries as Europe most of existing bridges were realized in world war two decades, then for example in USA 70% of roads and bridges was realized before 1930s while in Japan majority of bridges was built in 1970s. Nowadays technologies used for monitoring interventions or inspections are several but most of them are intrusive and require the need of certified human operators, these aspects create a significant safe risk and cost increase both for operators payment and equipment, then the service that an infrastructure has to provide is compromised as for example traffic interruption for bridges. In last decades to solve critical issues due to operators cost and safety or services interruption, UAVs (Unmanned Aerial Vehicles) commonly known as drones were used for monitoring operations, such systems have several advantages mostly because they are not intrusive and do not require a human operator. For these reasons especially due to cost reductions, UAVs for civil engineering infrastructure are expected to reach €40 billion market worth in next decade.

1.
Automatically Enhanced UAV Images for Infrastructure Inspection
-
Chen-Ming
Kuo
,
Po Ting
Lin
,
Chun-Hsin
Kuo
,
Chinnapat
Thipyopas
,
Vis
Sripawakul
,
Stung Hao
Yang
,
Yi-Chi
Hsieh
,
Wei-Hao
Lu
,
Shu-Ping
Lin
(
2016
)
2.
Applications of Drones in Infrastructures: Challenges and Opportunities
-
Jin
Fan
,
Mohamad
Saadeghvaziri
;
New Jersey Institute of Technology
(
2019
)
3.
Rapid, Safe Inspection of Water-spanning Infrastructure via Amphibious Unmanned Aerial Vehicle
-
Dr.
Arden
Moore
,
Mechanical Engineering Department - Louisiana Tech University
(
2018
)
7.
Analysis of Mapping Area of Flood With Drone Type Multicopter in Girimulyo, Kulonprogo
-
I.
Suroso
,
Aeronautical Program, Yogyakarta Aerospace Technology College
8.
CRACK DAMAGE DETECTION IN UNMANNED AERIAL VEHICLE IMAGES OF CIVIL INFRASTRUCTURE USING PRE-TRAINED DEEP LEARNING MODEL -
Kasthurirangan
Gopalakrishnan
,
Hoda
Gholami
,
Akash
Vidyadharan
,
Alok
Choudhary
,
Ankit
Agrawal
-
Department of Electrical Engineering and Computer Science, Northwestern University, Evanston, Illinois, USA
;
InfraDrone LLC, Des Moines
,
Iowa, USA
(
2017
)
9.
Crack Detection Using Enhanced Thresholding on UAV based Collected Images
-
Q.
Zhu
,
T. H.
Dinh
,
V. T.
Hoang
,
M. D.
Phung
,
Q. P.
Ha
,
University of Technology Sydney (Australia)
10.
View Planning and Navigation Algorithms for Autonomous Bridge Inspection with UAVs
-
Kevin
Yu
,
Prajwal
Shanthakumar
,
Jonah
Orevillo
,
Eric
Bianchi
,
Matthew
Hebdon
,
Pratap
Tokekar
(
2019
)
11.
The 9th International Conference on Ambient Systems, Networks and Technologies, Unmanned Aerial Vehicle-based Traffic Analysis: A Case Study to Analyze Traffic Streams at Urban Roundabouts
-
Muhammad Arsalan
Khana
,
Wim
Ectors
,
Tom
Bellemans
,
Yassine
Ruichekb
,
Ansarul-Haque
Yasara
,
Davy
Janssens
,
Geert
Wetsa
(
2018
)
12.
SDU University of Southern Denmark - Drones for Inspection of Infrastructure Barriers, Opportunities and Successful Uses
;
Frederiksen
,
Marianne
Harbo
,
Mouridsen
,
Otilia-Ana
Vrincianu
,
Knudsen
,
Mette
Prest
(
2019
)
13.
IET The Institution of Engineering and Technology - State-of-the-art technologies for UAV inspections
;
Sophie
Jordan
,
Julian
Moore
,
Sierra
Hovet
,
John
Box
,
Jason
Perry
,
Kevin
Kirsche
,
Dexter
Lewis
,
Zion Tsz Ho
Tse
(
2017
)
14.
Unmanned Aerial Vehicles (UAVs): A Survey on Civil Applications and Key Research Challenges
-
Hazim
Shakhatreh
,
Ahmad H.
Sawalmeh
,
Ala
Al-Fuqaha
, (Senior Member, IEEE)
;
Zuochao
Dou
,
Eyad
Almaita
,
Issa
Khalil
,
Noor Shamsiah
Othman
,
Abdallah
Khreishah
,
Mohsen
Guizani
, (Fellow, IEEE)
- (
2019
)
15.
INTELLIGENT MACHINE VISION BASED RAILWAY INFRASTRUCTURE INSPECTION AND MONITORING USING UAV
-
Milan
Banić
,
Aleksandar
Miltenović
,
Milan
Pavlović
,
Ivan
Ćirić
-
Faculty of Mechanical Engineering, University of Niš (Serbia), College of Applied Technical Sciences, Nis (Serbia)
(
2019
)
16.
Special issue "new perspectives in intelligent transportation systems and mobile communications towards a smart cities context
" -
Pau
,
G.
,
Severino
,
A.
,
Canale
,
A.
-
Future Internet
-
2019
17.
V2X communications applied to safety of pedestrians and vehicles
-
Arena
,
F.
,
Pau
,
G.
,
Severino
,
A.
-
Journal of Sensor and Actuator Networks
-
2020
18.
A review on IEEE 802.11p for intelligent transportation systems
-
Arena
,
F.
,
Pau
,
G.
,
Severino
,
A.
-
Journal of Sensor and Actuator Networks
-
2020
This content is only available via PDF.
You do not currently have access to this content.