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How to quick dimension viscous dampers for insertion in building structures

Stefano Silvestri, Giada Gasparini, Tomaso Trombetti

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Abstract

Viscous dampers have widely proved their effectiveness in mitigating the effects of the seismic action upon \nbuilding structures. In view of the large impact that use of such dissipative devices is already having and would \nmost likely have soon in earthquake engineering applications, this paper presents a practical procedure for the \nseismic design of building structures equipped with viscous dampers, which aims at providing practical tools for an \neasy identification of the mechanical characteristics of the manufactured viscous dampers which allow to achieve \ntarget levels of performances.

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What this paper is about

Viscous dampers have widely proved their effectiveness in mitigating the effects of the seismic action upon \nbuilding structures. In view of the large impact that use of such dissipative devices is already having and would \nmost likely have soon in earthquake engineering applications, this paper presents a practical procedure for the \nseismic design of building structures equipped with viscous dampers, which aims at providing practical tools for an \neasy identification of the mechanical characteristics of the manufactured viscous dampers which allow to achieve \ntarget levels of performances.

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Available abstract

Viscous dampers have widely proved their effectiveness in mitigating the effects of the seismic action upon \nbuilding structures. In view of the large impact that use of such dissipative devices is already having and would \nmost likely have soon in earthquake engineering applications, this paper presents a practical procedure for the \nseismic design of building structures equipped with viscous dampers, which aims at providing practical tools for an \neasy identification of the mechanical characteristics of the manufactured viscous dampers which allow to achieve \ntarget levels of performances.

Key concepts: Dimension (graph theory), Structural engineering, Damper, Computer science, Engineering, Mathematics, Combinatorics

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