Similitude theory allows engineers, through a set of tools known as similitude methods, to
establish the necessary conditions to design a scaled (up or down) model of a full-scale …

The present work aims to study the stationary and nonstationary stochastic thermal vibration
properties of the laminated combined plate structures using meshless method. The …

The present work primarily aims to provide a general stochastic vibration system for the
stepped composite cylindrical shells with drop-off ply subjected to moving loads. By …

This paper presents a node-based meshless model for investigating the stationary/non-
stationary stochastic thermal response characteristics of laminated arbitrary quadrilateral …

This paper investigates the stationary/nonstationary stochastic responses of composite
laminated plates under thermal and aerodynamic loads, where the point random excitation …

Flow-induced structural noise is an important component of hydrodynamic noise of
underwater structures. Local resonance metamaterials are considered to have excellent …

This paper investigates the modeling of a vibrating structure excited by a turbulent boundary
layer (TBL). Although the wall pressure field (WPF) of the TBL constitutes a random …

Similitude laws for scaling the vibration response of flat panels to a turbulent boundary layer
excitation are proposed and analyzed in this paper. Their relevance is studied from an …

This paper presents a modal expansion technique-based method for predicting the
vibroacoustic behavior of submerged stiffened composite plates under turbulent boundary …

The vibroacoustic response of a simply supported panel excited by turbulent flow is
analytically and numerically investigated. In the analytical model, the radiated sound power …