Abstract The Hasofer-Lind and Rakwitz-Fiessler (HL-RF) algorithm is widely used for
structural reliability analysis in first-order moment method (FORM). However, it meets non …

Owing to the influence of manufacturing and assembly errors, material performance
degradation, external loads and unpredictability of the environment during service, structural …

Uncertain static analysis of an engineering structure with diverse type of non-deterministic
system parameter is investigated in this study. Unlike the traditional hybrid uncertain static …

Intervals have been used extensively for the representation of parametric uncertainty in
Finite Element Models when the available information is insufficient to build representative …

Reliability analysis of linear discretized structural systems with interval uncertainties
subjected to stationary Gaussian random excitation is addressed. Under the assumption of …

With the development of reliability technique, the safety assessment for the problem with
epistemic uncertainty has attracted widespread attention. Evidence theory is a useful tool to …

In this paper, an iterative mathematical formula is developed to control instability solutions of
first-order reliability method (FORM) using chaotic conjugate map. A nonlinear discrete map …

A new hybrid reliability analysis technique based on the convex modeling theory is
developed for structures with multi-source uncertainties, which may contain randomness …

In this work, an analytical formulation and numerical implementation of the response of the
coupled structure-acoustic system were performed. The acoustic pressure inside the cavity …

In this paper, the formulation of the finite element method for vibro-acoustic problem is
applied to a vehicle to investigate the sound pressure level inside the cabin. This study is …