Vibration control of structures is normally addressed through devices such as isolators, dampers and tuned mass dampers. Although those devices are technically sound their use might become unpractical in existing buildings such as heritage structures, whereas the alteration of part of the structure is forbidden for various socio-economic issues. In this context, a novel passive control device called Vibrating Barrier (ViBa) has been recently proposed. The Vibrating Barrier is a massive structure, hosted in the soil and detached from the existing building, calibrated for absorbing portion of the ground motion input energy. The working principle is based on the generally know structure-soil-structure interaction between two vibrating structures and the soil. In this paper the Vibrating Barrier is designed to control the vibration of an existing masonry structure forced by ground motion acceleration. The structure, the soil and the ViBa are assumed to be linear behaving and modelled through a pertinent Finite Element approach. The design is pursued through a simplified discrete model of the structure and the ViBa in which the soil is represented by linear elastic springs. Significant reduction of the dynamic response has been achieved manifesting the potential of the Vibrating Barrier to be a valid alternative whereas the traditional vibration control techniques cannot be applied.
|Title of host publication||X International Conference on Structural Dynamics, EURODYN 2017|
|Place of Publication||Rome|
|Number of pages||6|
|Publication status||Published - 12 Sep 2017|
|Event||X International Conference on Structural Dynamics, EURODYN 2017 - Faculty of Civil and Industrial Engineering of Sapienza University of Rome Italy, 10-13 September 2017|
Duration: 12 Sep 2017 → …
|Conference||X International Conference on Structural Dynamics, EURODYN 2017|
|Period||12/09/17 → …|
Bibliographical noteUnder license Attribution-NonCommercial-NoDerivatives 4.0 International (CC BY-NC-ND 4.0)
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- Centre for Earth Observation Science
- Sustainability and Resilience Engineering Research and Enterprise Group - Research Group Leader
- Advanced Engineering Centre