This paper reviews the most of previous works through vibroacoustic performance of shell
structures in past years (1957–2019). The major end is especially placed to collate the …

The main purpose of this paper is to provide a semi analytical method to analyze the free
vibration of spherical-cylindrical-spherical shell subject to arbitrary boundary conditions. The …

This paper investigates the sound transmission through foam-filled honeycomb sandwich
panels, experimentally and analytically. An analytical model based on statistical energy …

This paper presents a study of sound transmission loss through a Helmholtz resonator-
based acoustic metasurface. The advantage given by the metasurface ie the superiority of …

In this work, the authors study sound transmission through single-and double-walled thin
rectangular plates of finite extent, theoretically and experimentally. For this purpose …

In the present work, the sound transmission through a cylindrical shape acoustic enclosure
is predicted analytically and verified experimentally. An analytical model is developed …

The primary objective of this research is to examine the sound transmission loss (STL) in a
shallow sandwich cylindrical shell featuring a 3D auxetic honeycomb core. Initially, the 3D …

Nonlinear vibro-acoustic behavior of cylindrical shell excited by an oblique incident plane
sound wave under primary resonances is analytically examined in this paper. Donnell's …

Different sound transmission loss (STL) analytical methods based on Love's, Donnell's and
Flügge's cylindrical thin-shell theories have been widely used. However, there are no …

Varied welding process parameters result in different welding energy inputs and welding
residual stresses, significantly impacting the vibro-acoustic characteristics. This work …