The classic analytical model for the sound absorption of micro perforated materials is well
developed and is based on a boundary condition where the velocity of the material is …

A theoretical method base on the zero-slip boundary and a finite element model with
thermoviscous membrane-acoustic interaction are proposed for investigating a viscously …

Free vibration characteristics of thin perforated shells of revolution vary depending not only
on the dimensionless thickness of the shell but also on the perforation structure. For any …

In this article, an isogeometric analysis through NURBS basis functions is presented to study
the nonlinear vibrational behavior of perforated plates with initial imperfection. In this regard …

This article deals with the design and weight optimization of a multi-functional vehicle body
panel in an automotive context. An existing vehicle design has provided functional design …

A theoretical study on the natural frequencies and the mode shapes of perforated beams in
contact with an ideal liquid is presented. In the theory part, it is assumed that the beams are …

In this paper, we give an overview of the issues one must consider when designing methods
for vibration based health monitoring systems for perforated thin shells especially in relation …

Isospectral surfaces provide a rich family of benchmark problems. In this paper the efficacy
of a hp-finite element method in such Laplace-Beltrami eigenvalue problems has been …

Free vibration characteristics of thin perforated shells of revolution vary depending not only
on the dimensionless thickness of the shell but also on the perforation structure. All holes …

Shell structures have a rich family of boundary layers including internal layers. Each layer
has its own characteristic length scale, which depends on the thickness of the shell. Some of …