Particle dam**, an effective passive vibration control technology, is develo**
dramatically at the present stage, especially in the aerospace and machinery fields. The aim …

This survey provides an overview of the different approaches seen in the literature
concerning particle dam**. The emphasis is on particle dampers used on beams vibrating …

Computer Simulations belong to the most important methods for the theoretical investigation
of granular materials. The present book is intended to serve as an introduction to the field …

This paper presents initial work on develo** models for predicting particle dampers (PDs)
behaviour using the Discrete Element Method (DEM). In the DEM approach, individual …

A particle damper is a passive vibration control technology that utilizes the high dam**
properties of granular materials for reducing the vibration amplitude of a structure over a …

This paper presents a systematic investigation of the performance of particle dampers
(vertical and horizontal) attached to a primary system (single-degree-of-freedom (SDOF) and …

Particle dam** is a technique of providing dam** with granular particles embedded
within small holes in a vibrating structure. Particle-to-wall and particle-to-particle collisions …

As a simple and passive means, particle dam** provides vibration suppression with
granular particles embedded within their containing holes in a vibrating structure. Unlike in …

Particle impact dam** (PID) is measured for a cantilevered beam with a particle-filled
enclosure attached to its free end. PID due to different particle materials is measured: lead …

The environmental vibrations caused by rail transit continue to increase in importance. Even
though there are a variety of efficient vibration reduction measures, there is still room for …