Functionally graded multilayer shallow arch structures have gained significant attention due
to their unique mechanical properties and potential applications. This review aims to provide …

Abstract Machine learning techniques are potent tools to predict structural failures and
forecast future failure patterns. They can provide insights that are not immediately …

In this article, the geometrically nonlinear free and forced vibrations of a beam made of
functional gradient materials are analytically analyzed, in which piezoelectric actuators are …

The general purpose of the present study is to investigate the geometrically non-linear
forced vibration of multi-stepped beams carrying masses. This study was carried out on the …

The geometrically non-linear free in-plane vibration of a circular arch with damages is
studied in this paper. The structure damage can be due to several factors, such as shocks …

Abstract Machine learning techniques can be used for the prediction of cracks in beam type
structures. Indeed, these techniques present an important management aspect which …

In this paper, the dynamic reactions of a cable-stayed beam with concentric masses located
differently are investigated. To create an accurate system model, we create motion …

Cable-stayed bridges, with their captivating elegance and structural efficiency, have
captivated the attention of civil and mechanical engineers, becoming a cornerstone of …

Two mass absorber is a vibration control system designed to enhance structural stability by
strategically placing additional masses to effectively absorb and dampen vibrations. This …

The geometrically non-linear free in-plane vibration of a circular arch with damages is
studied in this paper. The structure damage can be due to several factors, such as shocks …