For the first time in the present investigation, aiming to improve the performance of mono-
gyroscopic systems, the stability and vibrational behavior of flowing fluid coupled …

The three-dimensional formulation of the problem on the natural vibrations and stability of an
elastic plate which interacts with a quiescent or flowing fluid is represented and a finite …

The paper presents a mathematical formulation of the problem of natural and forced
harmonic vibrations of electro-elastic thin-walled structures interacting with a flowing fluid …

This work simulates the pyrotechnic launch process which is commonly seen in aerospace
engineering, and the dynamic responses of the projectile during pyrotechnic ejection are …

Devices entering rigid wall constrained finite airflow field are commonly seen in engineering
practice. The devices gradually move from the infinite airflow field to the finite airflow field …

The interaction with axial flow can significantly alter the mechanical behavior of plates in
qualitative and quantitative terms. A numerical method is presented for the dynamic stability …

Представлены трехмерная постановка задачи о собственных колебаниях и
устойчивости упругой пластины, взаимодействующей с неподвижной или текущей …

A semi‐analytical method is presented to study the free vibration of an axially traveling plate
partially submersed in viscous and orthogonally flowing liquid. The method is based on the …

In this article, a four-node rectangular element called R4Sand1 is developed using a hybrid
combination of the classical finite element method and Sanders' shell theory. Utilizing an in …

In this study, free vibration analysis of spherical shell is carried out. The structural model is
based on a combination of thin shell theory and the classical finite element method. Free …