Electromechanical impedance–based structural health monitoring method had attracted
several researchers in the recent past for aerospace, civil, mechanical, timber and biological …

Impedance-based damage detection method has been known as an innovative tool with
various successful implementations for structural health monitoring of civil structures. To …

Vibration based structural health monitoring methods are usually dependent on the first
several orders of modal information, such as natural frequencies, mode shapes and the …

Fatigue-induced damage is often progressive and gradual in nature. Fatigue is often
deteriorated by corrosion in ageing structures, creating maintenance problems, and even …

In concrete structures, damage is identified by the appearance of cracks on the surface.
Monitoring the level of tensile stress in the material provides an indication of microcrack …

In the recent years, electromechanical impedance–based structural health monitoring has
emerged as an alternate to conventional monitoring techniques, especially for aerospace …

Real-life aerospace and mechanical structures are mostly prone to fatigue, which is the
occurrence of localized but progressive damage due to continuous fluctuating stresses …

Defects in real mechanical, industrial and aerospace structures frequently have complex
shapes. Most real structures are typically prone to multiple fatigue cracks and their …

This chapter give the detail information about the artificial intelligence application in
structural health monitoring. In this chapter, we discussed classification of structural health …

Energy Harvesting is a promising solution for powering Structural Health Monitoring (SHM)
systems since various mechanical energy sources are generated by aircraft. Today, the …