In this paper, a new structural form of installing a replaceable corner tension-and-
compression damper (RCTCD) at the bottom of corrugated steel plate-concrete (CSPC) …

Industrial silos are used for storing a huge range of different materials. In the last decades,
many of these structures were damaged by natural events, among which the earthquakes …

The evaluation of seismic vulnerability of industrial constructions is a more and more
relevant issue considering the damage occurred as consequence of recent earthquakes all …

In this paper a multiperformance optimization procedure to design dissipative bracing
systems controlling the structural performance while minimizing the intervention cost is …

This paper proposes a steel frame assembled with a concrete-filled steel tubular (CFST)-
bordered composite wall structure. The composite wall was fabricated as an assembled …

In view of damage controlling and earthquake-resilient performance, the steel reinforced
concrete (SRC) frame with replaceable energy-dissipating member (REDM) is proposed …

After a strong earthquake, repair work of conventional steel-concrete composite buildings
can be very expensive, and very often, impossible due to practical problems. Within the EU …

An innovative structural wall named double-skin steel-concrete composite tube (DSCCT)
wall is proposed in this paper. The proposed wall is composed of rectangular steel …

Concrete-filled double-skin steel tube (CFDST) attracts attention from researchers for it
exhibits high strength, good ductility and energy dissipation capacity. In this paper, CFDST …

The assessment of maximum displacement demand is a crucial point in the design of
seismic isolating systems, in particular when the non linear behaviour of devices is modeled …