Add to ORKGThis paper briefly describes the design and the characterization of a new base isolation system for the seismic protection of HV ceramics circuit breakers, in order to be qualified according to the standard IEC 62271-207. The solution adopted is based on the use of steel cable dampers, already known as "Wire-Rope." Accurate numerical analyses and experimental tests performed on a typical HV breaker upon a shaking table demonstrated the effectiveness of the proposed solution. An on-site installation in several Italian substations of this system has permitted to verify the simplicity and rapidity of the intervention necessary for the seismic upgrading of the breaker
The damped cable system (DCS) represents an innovative seismic protection strategy, especially attra...
As a concluding step of several studies on a special base isolation/ supplemental damping system, wh...
Selected topics from structural studies carried out on the damped cable system are presented herein....
This paper briefly describes the design and the characterization of a new base isolation system for ...
This paper briefly describes the design and characterization of a new base isolation system that pro...
This paper briefly describes the design and characterization of a base isolation system that protect...
This paper briefly describes the design and the characterization of a new base isolation system for ...
This paper addresses the experimental characterization of a base-isolation system for the seismic qu...
This paper addresses the experimental characterization of a new base-isolation system for the seismi...
This paper briefly describes the design and characterisation of a base isolation system that protect...
This paper addresses the experimental characterisation of a base-isolation system for the seismic qu...
This paper deals with the problem of the seismic protection of high voltage electrical equipment by ...
In recent moderate and strong seismic events, it was demonstrated that parts of the electrical power...
This paper deals with the seismic vulnerability of high voltage equipment typically installed in ele...
Research studies on the damped cable system (DCS) for seismic protection of frame structures are pre...
The damped cable system (DCS) represents an innovative seismic protection strategy, especially attra...
As a concluding step of several studies on a special base isolation/ supplemental damping system, wh...
Selected topics from structural studies carried out on the damped cable system are presented herein....
This paper briefly describes the design and the characterization of a new base isolation system for ...
This paper briefly describes the design and characterization of a new base isolation system that pro...
This paper briefly describes the design and characterization of a base isolation system that protect...
This paper briefly describes the design and the characterization of a new base isolation system for ...
This paper addresses the experimental characterization of a base-isolation system for the seismic qu...
This paper addresses the experimental characterization of a new base-isolation system for the seismi...
This paper briefly describes the design and characterisation of a base isolation system that protect...
This paper addresses the experimental characterisation of a base-isolation system for the seismic qu...
This paper deals with the problem of the seismic protection of high voltage electrical equipment by ...
In recent moderate and strong seismic events, it was demonstrated that parts of the electrical power...
This paper deals with the seismic vulnerability of high voltage equipment typically installed in ele...
Research studies on the damped cable system (DCS) for seismic protection of frame structures are pre...
The damped cable system (DCS) represents an innovative seismic protection strategy, especially attra...
As a concluding step of several studies on a special base isolation/ supplemental damping system, wh...
Selected topics from structural studies carried out on the damped cable system are presented herein....