Many shell structures used in modern technology consist of regular shell parts joined
together along their common boundaries. We review different theoretical, numerical, and …

This paper presents a general approach for free vibration analysis of spinning local elastic-
foundation supported joined conical–cylindrical shells (JCCSs) with arbitrary boundary …

The present investigation focuses on the vibration of composite conical-cylindrical-
combining shells (CCCCSs) subjected to elastic supports and hygrothermal effects by …

In this article, an analytical model is presented for vibration analysis of functionally graded
conical–cylindrical coupled shell (FG-CCCS) subjected to thermal environment. In the …

This paper presents a free and forced vibration analysis of coupled conical–cylindrical shells
with arbitrary boundary conditions using a modified Fourier–Ritz method. Under the current …

The free and forced vibration characteristics of uniform and stepped coupled shell structures
with arbitrary boundary conditions is investigated in this paper. The coupled structure is …

Free vibration analysis of a joined shell system composed of two conical shells is analysed
in this research. It is assumed that the system of joined shell is made from a linearly elastic …

The following article is assigned to evaluate frequency responses associated with porous
nanocomposite Coupled Spheroidal-Cylindrical Shell (CSCS) supplemented by Graphene …

The present research considers the free vibration characteristics of a joined shell system that
consists of three segments. The joined shell system contains two conical shells at the ends …

The present study aims to investigate the vibrational characteristics of joined stiffened
conical-cylindrical composite shells using experimental, numerical and analytical …