This article reported an extensive review of computational modelling and analysis on
dam** and vibrational behaviors of viscoelastic structures, including experimental …

The paper is devoted to a review of recent achievements in the field of dynamic analysis of
structures and structural elements, such as beams and plates, with embedded viscoelastic …

In this study, the dynamic topology optimization (TO) of stochastic viscoelastic dam**
structures (VDSs) is performed for the first time. However, the expensive computation cost …

This paper is aimed at proposing a novel uncertainty analysis approach based on
polynomial chaos expansion method for composite structures, where mixed uncertainties …

With the growing use of composite materials, the need for high-fidelity simulation techniques
of the related behavior increases. One important aspect to take into account is the …

Simulating structures with history-dependent material models and uncertain material
parameters is often computationally expensive. In contrast, the time-separated stochastic …

In this study, dynamic characteristics of a composite beam with uncertain design parameters
are analyzed. Uncertain-but-bounded parameters change only within certain specified limits …

Engineering structures are often assembled by subsections with various levels of energy
dissipation, which lead to great difficulties in analyzing. In this paper, a direct time integration …

Constrained layer damper is widely used in engineering applications to suppress the severe
vibration of structural systems, especially for the cases with moving loads, such as sandwich …

Uncertainty propagation (UP) of the frequency response is essential for the robust design of
viscoelastic dam** structures. One challenge in solving this problem is enormous …