This study presents a static analysis of laminated composite doubly curved shells using a
refined kinematic model with polynomial and non-polynomial functions. In particular …

For the first time, the finite Fourier integral transform approach is extended to analytically
solve the free vibration problem of rectangular thin plates with two adjacent edges …

This study concerns fluid-structure interaction analysis by using a solid-acoustic finite
element model, letting an acoustic medium represent the fluid. This is a promising …

The vibration of axially moving panels immersed in fluid are widely concerned in
engineering problems. In this paper, free vibration characteristics and dynamic stabilities of …

Theoretical analysis is used to solve the solid–liquid coupled vibration characteristics for two
piezoelectric disks in a limited space and verified with experimental measurements. Based …

Abstracts: The dynamic behavior of an axially moving viscoelastic plate immersed in fluid is
studied in this paper. The governing equation of axially moving viscoelastic plates in fluid is …

Abstract This paper presents Best Theory Diagrams (BTDs) constructed from non-
polynomial terms to identify best shell theories for bending analysis of cross-ply single skin …

In this paper, we propose a straightforward theoretical model to examine free vibrations of
circular diaphragms subjected to residual stress vibrating on a free fluid surface, which is …