This work examines how mass attachments that vary with time influence the motion of
flexible pylons undergoing ground‐induced vibrations. Specifically, an analytical solution is …

A convolution neural network (CNN) is developed in this work to detect damage in pylons by
measuring their vibratory response. More specifically, damage detection through testing …

The frequency response function (FRF) in the frequency domain is a black box used to
collect physical information and to indicate the modal characteristics of a dynamic system …

This study aims to develop a multiple excitation system that improves the identification of
modal parameters for the vibration testing of tires. Rubber, the main tire material, shows high …

This study proposes a methodology to identify the modal damping ratio of a highly damped
structure. Specifically, we explain the change in the modal damping ratio of the object itself …

This work reports on the influence that mass attachments and soft soil support conditions
have on the vibratory motion of flexible pylons with non-uniform cross-section, both for axial …

Few studies have investigated the vibration characteristics of motorcycle tires. Tires have
high damping characteristics; therefore, resonance peaks do not appear clearly, and it is di …

This paper presents a comprehensive exploration of a multi-objective optimization
methodology targeting structural parameters to enhance the dynamic properties of dissimilar …

The structure is deteriorated by various factors such as environmental effect and unexpected
overloading. The structural performance in service is evaluated by various non-destructive …