Cylindrical shells are frequently applied as structural elements in engineering, and have
been used for many applications due to their favorable stiffness to weight ratio. More …

In this paper, the dynamic stiffness method (DSM) is presented to investigate the vibration
characterizes of coupled conical-ribbed cylindrical-conical shell structure with general …

An analytic dynamic stiffness method (DSM) is extended to analyze the free and forced
vibration of combined conical-cylindrical shells with general boundary conditions in this …

In this paper, the dynamic stiffness method (DSM) is developed for the vibration analysis of
laminated cylindrical and conical shells, which are partially filled or surrounded by quiescent …

This paper presents a dynamic stiffness formulation for free vibration analysis of open
cylindrical shells and their coupling structures. Based on the Flügge's thin shell theory, the …

This paper presents a dynamic stiffness formulation for the free vibration analysis of
truncated conical shell and its combinations with uniform boundary restraints. The …

Thin-walled cylindrical shells have been widely used as key components in various
engineering applications. The stiffness of the thin-walled cylindrical shell is an important …

This paper presents a unified vibration modeling for free and forced vibration analysis of
coupled open cylindrical shell-plate structures (COSPS). In the model, the coupled structure …

Understanding the dynamic behavior of a structure is fundamental. The interest may be
either at the design stage or during operation. In the first case, understanding the dynamic …

In the paper, an overview of the development of the dynamic-stiffness-method-based
computational model for the free vibration analysis of plates has been presented. Starting …