This paper is dedicated to study the vibrational behavior of Coupled Hemispherical-Conical-
Conical Shells (CHCCS) structures made composite materials reinforced with nanofillers …

The oncoming paper analyzes the Natural frequency (NF) of the most purposeful structures
in ocean engineering as submerged, offshore, marine structures, gliders bodies, and shaft …

The following paper is prepared to compute the Natural Frequency Parameters (NFPs)
linked to the Fastened Spherical-Conical-Conical Shell (FSCCS) structures composted of …

One of the applicable shell structures related to underwater systems, covering riser pipes,
ice-breaking equipment, underwear noise migrations, ballast water components, and …

This paper analyzes the vibrational features of the Coupled Full Ellipsoid-Cylindrical Shell
(CFECS) structures for the first time. In addition, for the first-time use, the artificial spring …

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

The current study is devoted to analyzing the free vibration characteristics of joined conical–
conical shells made of epoxy enriched with graphene nanoplatelets (GNPs). The …

This paper provides information on critical speed and frequency behavior of rotating joined
functionally graded carbon nanotube reinforced (FG-CNTRC) conical-conical shells …

This study investigates the influence of auxetic core layers on the vibrational characteristics
of sandwich cylindrical shells with cut-outs. The analysis utilizes the First-order Shear …

Existing analytic solutions for the free vibration of functionally graded carbon nanotube
reinforced doubly-curved panels primarily address the cases with two parallel simply …