This paper provides a broad overview of the literature pertaining to the dynamic analysis of
fluid-filled pipe systems considering fluid–structure interaction (FSI). Various types of models …

As an important portion of pipeline systems, the vibration suppression analysis of the plane
pipeline is of great significance for life prediction and vibration control. To reduce pipeline …

This paper investigates a metamaterial solution for efficient vibration attenuation and
acoustic radiation reduction of an aluminum pipe. To this end, using unit cell predictions …

Flexural vibration of pipes is a common problem in many practical engineering applications,
which usually influences the operating state of the system or even causes damage of the …

The existence of frequency stop-bands, in which transmission of the vibro-acoustic energy is
impossible, suggests that the periodic structures may be used for vibro-isolation. In any …

The design of band-gap structures receives increasing attention for many applications in
mitigation of undesirable vibration and noise emission levels. A band-gap structure usually …

Synthetic biology is developing into a promising science and engineering field. One of the
enabling technologies for this field is the DNA synthesizer. It allows researchers to custom …

Many previous works explore the creation of wave stop bands (bandgaps) using periodic
structures. Aiming at improving the transmission loss of a muffler used in a refrigerant …

The wave propagation, vibration transmission and acoustic emission characteristics in the
passive and the active periodic shell systems are investigated. A finite element method …

The characteristics of beam-mode stability of fluid-conveying shell systems are investigated
in this paper for shells with clamped-free (cantilevered) boundary conditions. An FEM …