Cracks or crevasses in girder steel bridges caused by moist environmental issues such as
corrosion have the possibility of causing structural destruction, resulting in the loss of …

The survival of the crack in structures always keeps the structure away from performing well
in applications due to significant changes in its dynamic response. It has been observed that …

The early detection of faults in rotating systems considers an integral approach that has
received considerable attention from the industrial sector, as it contributes to preventing …

The cracks alter the physical and modal properties of the beam, ie, stiffness, damping,
natural frequency, and mode shapes, and, in turn, the dynamic response of the beam …

Since long it has been observed that the size of the crack in structures increases with time,
and finally, it may lead to its catastrophic failure. Hence, it is crucial to do the vibration study …

Due to the limitations of the manufacturing processes, defect like crack is produced in the
structures. Crack gives the catastrophic failure of the structures or beams; hence, the …

Defect detection and classification are important issues as they cause structures to
catastrophic failure. Many flaws have already been addressed, but non-destructive testing …

In this study, several composite beam samples were made from woven fiberglass and
epoxy. The first sample was created using epoxy, whereas the others used epoxy together …

Crack in a structural member alters local stiffness that affects the dynamic response, such as
natural frequency and mode shapes. The purpose of structural health monitoring is to …

Cracks weaken structures. When the crack size increases in service, the structure becomes
weaker than its earlier condition. Lastly, the structure may break down due to a small crack …