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A platform for research: civil engineering, architecture and urbanism
Nondestructive test methods for concrete bridges: A review
Highlights NDT techniques applicable to concrete bridges are reviewed. Different damage levels, NDT methods along with remedial measures are proposed. NDT methods are suggested to address specific problems related to structures. Importance of structural health monitoring for concrete bridges is highlighted.
Abstract NDT methods applicable to concrete bridges are reviewed. The methodology, advantages and disadvantages along with up to date research on NDT methods are presented. Different damage levels, having less dependence on inspector judgment, are suggested. Moreover, a flow chart based on damage level along with NDT methods and potential remedial measures are proposed for periodic health monitoring of structures. NDT methods are also suggested to address specific problems related to structures. Finally, the relation between some of the well-known NDT methods and most common problems encountered by the field engineers is proposed. Hence, the importance of structural health monitoring is highlighted.
Nondestructive test methods for concrete bridges: A review
Highlights NDT techniques applicable to concrete bridges are reviewed. Different damage levels, NDT methods along with remedial measures are proposed. NDT methods are suggested to address specific problems related to structures. Importance of structural health monitoring for concrete bridges is highlighted.
Abstract NDT methods applicable to concrete bridges are reviewed. The methodology, advantages and disadvantages along with up to date research on NDT methods are presented. Different damage levels, having less dependence on inspector judgment, are suggested. Moreover, a flow chart based on damage level along with NDT methods and potential remedial measures are proposed for periodic health monitoring of structures. NDT methods are also suggested to address specific problems related to structures. Finally, the relation between some of the well-known NDT methods and most common problems encountered by the field engineers is proposed. Hence, the importance of structural health monitoring is highlighted.
Nondestructive test methods for concrete bridges: A review
Kashif Ur Rehman, Sardar (author) / Ibrahim, Zainah (author) / Memon, Shazim Ali (author) / Jameel, Mohammed (author)
Construction and Building Materials ; 107 ; 58-86
2015-12-05
29 pages
Article (Journal)
Electronic Resource
English
ACI , American Concrete Institute , AE , acoustic emission , ASTM , American Standards for Testing Materials , EM , electromagnetic , ER , electrical resistivity , GPR , ground penetrating radar , IE , impact echo , IR , impulse response , NDE , Non-destructive evaluation , NDT , Non-destructive test , PCC , plain cement concrete , RC , reinforced concrete , RCP , Rapid Chloride Ion Penetration , SAFT , Synthetic Aperture Focusing Technique , SHM , structural health monitoring , UPV , ultrasonic pulse velocity , VBM , vibration-based monitoring , VBDD , Vibration Based Damage Detection , NDT methods , Structural health monitoring , Damage levels , Remedial measures , Concrete bridges
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