Andrea Troise
MODELLING AND CONTROL OF SEMI-ACTIVE FLUID VISCOUS DAMPERS IN STRUCTURAL VIBRATION OPTIMIZATION.
Rel. Giuseppe Carlo Marano, Alessandro Rizzo, Marco Martino Rosso, Eleonora Bruschi. Politecnico di Torino, Corso di laurea magistrale in Mechatronic Engineering (Ingegneria Meccatronica), 2022
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Abstract
In this original final project, called “Modelling and control of semi-active fluid viscous dampers in structural vibration optimization” the behaviour and usefulness of a device referred to as “variable orifice fluid viscous damper” is analysed in the context of improving the dynamic response of structures. Nowadays, in the civil engineering field, the presence of strategies to act on the behaviour of structures subjected to external inputs such as earthquakes or wind gusts is more and more often present. These strategies in literature are divided into three main approaches: passive control, semi-active control, and active control. Passive control of structures consists in exploiting devices that are fixated on a certain behaviour that cannot be modified in real-time it can be also considered a redesign of the structure parameters.
Active control of structures, instead, exploits solutions that are capable of dynamically modifying the characteristics of the structure, requiring a relevant amount of energy to the actuators (which is particularly critical during an exceptional event such as an earthquake) that must be perfectly controlled to avoid the destabilization of the structure
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