Nonlinear vibrations of thin circular cylindrical shells are investigated in this paper. Based on
Love thin shell theory, the governing partial differential equations of motion for the rotating …

The influence of temperature and moisture on the hygrothermal behavior of laminated
composite plates resting on elastic foundations is investigated using a refined plate theory …

The non-linear hygrothermal and mechanical buckling responses of FG sandwich plates
resting on two-parameter elastic foundations are presented in this study. Non-linear Fourier …

The free vibration characteristics of the rotating composite beam under hygrothermal
environment are investigated in this paper. The dynamic properties of the beam affected by …

This paper is a study of the vibration and acoustic response characteristics of orthotropic
laminated composite plate with simple supported boundary conditions excited by a …

Purpose In this paper, the free vibration and dynamic response of laminated composite
wave plate in a thermal environment are investigated by means of the mesh-free strong form …

The present study deals with the parametric resonance behaviour of laminated composite
curved shell panels in a hygrothermal environment using Bolotin's approach. A simple …

This paper proposes theoretical and numerical approaches to scrutinize the free vibration of
orthogonal stiffened cylindrical shells. According to Kárman-Donnell shell theory, the total …

The laminated composite shell structures are acting as most desired structure in various field
of modern engineering. These are frequently used in various industries such as aerospace …

Laminated composite materials are extensively used in defense, aerospace, aircraft industry
and in advanced sports industry because of high stiffness to weight ratio, high. strength to …