In this study, dynamic behaviour of size dependant Timoshenko microbeams under the
influence of moving loads is modelled and investigated using FEM method. Firstly, the …

This paper presents a review of investigations that recognised the effect of vehicle-pavement
interaction (VPI) mechanism in estimating flexible pavement performance criteria. This state …

In this study, an improved finite element method is presented which can be used to analyse
the transverse and axial vibrations of the functionally graded material (FGM) beams in a …

In this study, the dynamic behaviour of the micro dimensional Timoshenko beam (micro
capillary system) exposed to a moving mass in a magnetic field is modelled using the non …

This study aims to harvest electrical energy from the vibrations of bridges. For this purpose, a
functionally graded (FG) cantilever beam installed at the mid-point of a bridge was utilised …

Weathered rocks typically exist in the portal section of mountain tunnels where the tunnels in
the portal section often cross soft and hard rock strata. The interface between the soft and …

In this article, the resonance of a rectangular plate due to multiple traveling masses is
studied. Two series of moving inertial loads traversing the plate surface along parallel …

This study focused on the development of damage detection indices using unsupervised
Machine Learning with data obtained from tests of a full-scale bridge deck mock-up …

In this study, free vibrations and the dynamic responses of the three layered flexoelectric
functionally graded microbeam under the effect of moving load are investigated. Using the …

This manuscript aims to investigate the dynamic responses of thick Timoshenko perforated
beams under a moving load using Ritz method for the first time. The beam is perforated by …