In view of the growing trends to explore the nonlinear dynamic behavior of a damaged
structure, time-domain exhibits numerical superiority over frequency domain. Hence, a …

Suspension bridges are flexible and vibration sensitive structures that exhibit complex and
multi-modal vibration. Due to this, the usual vibration based methods could face a challenge …

Vibration based damage detection methods are among the most popular and promising
approaches for health monitoring of structures. In this work a critical review of different …

This paper is concerned with analytical treatment of non-linear oscillations of planar, flexural
large amplitude free vibrations of a slender, inextensible cantilever beam carrying a lumped …

In this work numerical and experimental study of the vibration of laminated beams with
damage, subjected to dynamic loading and temperature variations is presented. The goal of …

In this paper a new damage index for detection and location of damage is introduced. It is
improved version of the earlier developed Poincaré map method based on forced response …

Background The natural frequencies and mode shapes are extensively utilized in the
detection of damage. Natural frequencies may be measured fairly accurately and which are …

Damage or flaws in aeronautical structures compromise performance and safety; therefore, it
is very important to identify approaches that can be used for damage detection. In this paper …

The early detection and localization of damages is essential for optimal operation and
efficient maintenance of structures. The methods for damage detection and localization …

The present paper is focused on the analysis of the adhesion integrity of Single Lap Joints
(SLJ). The technique adopted for the monitoring is based on the employment of vibration …