Abstract
Editorial
Highlights
Structural health monitoring (SHM) is a wide area of engineering that focuses on the verification of the state or health of structures in order to ensure proper performance using nondestructive tests, involving sensors permanently attached to the structure, how these sensors are distributed and computational algorithms
Both research areas consider the use of sensors installed in the system to monitor and develop datadriven and data fusion algorithms to evaluate the condition of the structures and the machinery
Xu et al.[7] highlight the little attention paid in the developments about the performance for multidirection strain monitoring of the carbon nanotube film sensor and proposes a strain monitoring with this sensor taking advantage of the characteristics for multi-direction strain measurement
Summary
Structural health monitoring (SHM) is a wide area of engineering that focuses on the verification of the state or health of structures in order to ensure proper performance using nondestructive tests, involving sensors permanently attached to the structure, how these sensors are distributed and computational algorithms. When a structure needs to be inspected, a SHM system is able to improve the quality of the analysis adding several advantages or benefits.
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