This paper explores the concept of an acoustic black hole (ABH) as a main design
framework for performing dynamic structural tailoring of mechanical systems for vibration …

The paper deals with the application of nonlinear vibro‐acoustic modulation technique for
detection and localization of impact damage in a laminated composite plate. An imaging …

Elastic metamaterials utilize locally resonant mechanical elements to onset band gap
characteristics that are typically exploited in vibration suppression and isolation applications …

Closing delaminations in composite laminated structures exhibit a nonlinear dynamic
response when excited by high frequency elastic waves. The contact acoustic nonlinear …

This study investigates the vibration power flow transfer characteristics of damaged
laminated composite plates for develo** damage identification technique from energy flow …

This paper investigates the reconstruction of the vibratory field and structural intensity of
transversely vibrating plates using a single moving sensor. Two kinds of sensors are …

The modeling of nonlinear dynamical systems subject to strong and evolving nonsmooth
nonlinearities is typically approached via integer-order differential equations. In this study …

Wire electrical discharge machining (WEDM) is a demanding high-precision process for
machining of hard-to-machine materials. The main issue is manufacturing errors in shape …

The analysis of structural intensity vector fields has shown to be a practical approach to
characterize the energy flow in plate-like structures and to localize regions of injected or …

Structural intensity on plates or shells can provide insights on how the vibrational energy is
transmitted throughout a sample. Its assessment via experimental deflections are widely …