The model prediction is one of the adequate approaches to evaluate the bending vibration
suppression of variable-section piezoelectric laminated beams (VPLBs). Nevertheless, the …

For the first time, this paper presents an efficient solution for the vibration analysis of damped
axially functionally graded beams with non-uniform cross-sections subjected to the axial …

Purpose In this study, a numerical investigation of the dynamic behavior of axially graded
multi cracked nanobeams in a thermal environment is demonstrated. The nanobeam is …

As common components in huge underwater gliders, modal vibrations of flexible beams can
affect the durability of structures and the precision of system. The current methods for …

Piezoelectric materials possess excellent electromechanical coupling characteristics, which
are functional and suitable in structural vibration control. This study investigates the active …

The configuration and optimization of actuators are essential to improve the control
performance in active vibration control. In this paper, flexible composite laminates with …

Purpose Due to the remarkable physical properties of the graphene, the graphene-
reinforced composite structures can be applied generally in the aerospace and other …

The present article deals with the free vibration of functionally graded carbon nanotube
reinforced composite (FG-CNTRC) beams employing various refined deformation theories …

In this paper, an active vibration control model of the three-dimensional (3-D) braided
piezoelectric composite beam (BPCB) is developed by using piezoelectric ceramic layers as …

In recent years, researchers have been attracted by nanomaterials due to their exceptional
properties and unavoidable roles in modern science and technology. These exceptional …