Laminated composite shells are increasingly being used in various engineering applications
including aerospace, mechanical, marine, and automotive engineering. With the increasing …

Vibrations drive many engineering designs in today's engineering environment. There has
been an enormous amount of research into this area of research over the last decade. This …

The approach developed in this paper applies to vibration analysis of rectangular plates
coupled with fluid. This case is representative of certain key components of complex …

High importance of fluid-conveying structures in multifarious engineering applications arises
the necessity of enhancing the mechanical characteristics of these systems in an effective …

The free vibration and instability characteristics of nanoshells made of functionally graded
materials (FGMs) with internal fluid flow in thermal environment are studied in this paper …

The present work deals with a generalization of geometrically linear shear deformation
theory for multilayered anisotropic shells of general shape. No assumptions are made other …

A coupled formulation based on the semi-analytical finite element technique is developed
for composite shells conveying fluid. The structural finite element formulation is from …

In this paper, a unified Chebyshev–Ritz formulation is presented to investigate the vibrations
of composite laminated deep open shells with various shell curvatures and arbitrary …

This paper presents a unified formulation for the free vibration analysis of open shells
subjected to arbitrary boundary conditions and various geometric parameters such as …

This paper reports the results of an investigation into the vibration of functionally graded
cylindrical shells with flowing fluid, embedded in an elastic medium, under mechanical and …