This study collects all of the existent papers in the field of acoustic transmission across
multilayered plate constructions. Herewith, a comprehensive source is proposed wherein …

The quantification of the uncertainty effect of random system parameters, such as the
loading conditions, material and geometric properties, on the system output response has …

Traditional global sensitivity analysis (GSA) neglects the epistemic uncertainties associated
with the probabilistic characteristics (ie type of distribution type and its parameters) of input …

Abstract Global Sensitivity Analysis (GSA) aims to understand the relative importance of
uncertain input variables to model response. Conventional GSA involves calculating …

This paper focuses on prediction of the sound pressure level inside a vehicle by using
statistical energy analysis (SEA) and control of the noise within limited trim materials for …

Structural reliability analysis has become a critical aspect of engineering design for vibro-
acoustic systems. With the increasing complexity and uncertainty of design parameters, it is …

Uncertainty quantification on the dynamic response of vibro-acoustic systems draws
increasing attention in engineering applications. To calculate the high-frequency energy …

Uncertainties to varying degrees often exist in the analysis and design problems of vibro-
acoustic systems. This paper investigates the high-frequency vibro-acoustic analysis …

Most of the recently developed methods for predicting instabilities of frictional systems
couple stochastic algorithms with the finite element method (FEM). They use random …

The hemispherical shells are broadly used in many industries and applications such as
aerospace, submarines, tanks, and architectural structures. Sound transmission loss …