This paper presents a state-of-the-art review on friction type passive energy dissipation
devices. Friction dampers are highly preferred as an energy dissipation device, particularly …

Nano graphene (Gr) particles are of abundant methodical and scientific interest as having
the astonishing prospective to usage as the sensors element in the miniaturized and …

Beam-to-column joints equipped with friction dampers are promising solutions to improve
the performance of steel moment resisting frames due to the possibility to guarantee large …

The sliding hinge joint (SHJ) is a supplemental energy dissipation system for column bases
or beam-to-column connections of steel Moment Resisting Frames (MRFs). It is based on the …

Polymer composites have certain advantages over metals in terms of mechanical as well as
metallurgical properties. These can be joined with similar as well as dissimilar polymer …

Recent destructive seismic events have underlined the need for increasing research efforts
devoted to the development of innovative seismic‐resilient structures able to reduce seismic …

Metal friction dampers are widely applied for structural energy dissipation and shock
absorption, and their dynamic performance needs further study. Cyclic loading tests were …

In the case of steel Moment Resisting Frames (MRFs), the adoption of beam-to-column joints
equipped with friction dampers represents an efficient alternative to traditional joint …

Sliding hinge joints (SHJs) used in beam-to-column connections of moment frames have a
moment-rotational behaviour that depends on asymmetric friction connection (AFC) sliding …

The use of supplementary dissipative devices is an effective design strategy to improve the
seismic response of structures. Friction devices inserted into beam-to-column joints can be a …