Devices such as isolators, dampers and tuned mass dampers are now widely used in the construction industry for earthquake engineering to reduce vibration in new and, in a few cases, existing buildings. However, the use of those vibration control devices implies structural modifications that might be costly of prohibitive. In this context, a novel passive control device called Vibrating Barrier (ViBa) has been recently proposed. The ViBa is a massive structure, hosted in the soil and detached from the other structures, calibrated for absorbing portion of the ground motion input energy. The proposed device is applied to a model of an industrial building. Parametric analyses have been performed considering various soil profiles and mechanical/geometrical properties of the device. Significant reductions of maximum displacements are achieved for short distances and small ViBa damping ratio under harmonic ground motion.
|Title of host publication||SECED 2015 conference: earthquake risk and engineering towards a resilient world|
|Place of Publication||Cambridge|
|Number of pages||1|
|Publication status||Published - 9 Jul 2015|
|Event||SECED 2015 conference: earthquake risk and engineering towards a resilient world - 9-10 July 2015, Cambridge UK|
Duration: 9 Jul 2015 → …
|Conference||SECED 2015 conference: earthquake risk and engineering towards a resilient world|
|Period||9/07/15 → …|
- School of Environment and Technology - Reader
- Sustainability and Resilience Engineering Research and Enterprise Group - Research Group Leader
- Advanced Engineering Centre
Cacciola, P., Tombari, A., & Zentner, I. (2015). Vibration Control of an Industrial Building through the Vibrating Barrier. In SECED 2015 conference: earthquake risk and engineering towards a resilient world (pp. 0-0).