This paper is a critical review of information pertinent to the behaviour of stadia structures
subjected to dynamic crowd loading. It is intended to introduce and explain key concepts in …

Lattice volume changes in Li-ion batteries active materials are unavoidable during
electrochemical cycling, posing significant engineering challenges from the particle to the …

In this paper, human–structure interaction system models for vibration in the vertical
direction are considered. This work assembles various moving load models from the …

Corrugated-core sandwich panels (CSPs) have numerous applications but suffer from poor
vibration performance in low-frequency range. To address this issue, a type of four-bar …

Free vibration analysis of beams carrying spring-mass systems is carried out by using the
dynamic stiffness method. The eigenvalue problem for the free vibration study is formulated …

Theoretical analyses are presented for investigating the vibration of lightweight steel floor
systems with human occupants. A damped plate-oscillator model is proposed to obtain the …

This article attempts to enhance the low-frequency vibration suppression performance of
corrugated-core sandwich beams. Multiple local resonators are introduced into the …

In this paper, an elastic metamaterial beam with a novel two-degree-of-freedom local
resonator is investigated theoretically, and the dispersion relation is calculated by using …

This paper studies the bandgap properties and wave attenuation mechanisms of periodic
beams embedded with a combination of acoustic black holes (ABHs) and local resonators …

A novel exact modal analysis approach is presented for vibration analysis of plane
continuous structures, which are coupled with discrete mass-spring subsystems and include …