This state-of-the-art review comprehensively evaluates the seismic design and performance
assessment of concentrically braced frame (CBF) systems, specifically focusing on special …

Buckling restrained bracing (BRB) was firstly introduced in Japan construction industry in
year 1989. With time, BRB performance has been advanced to self-centering BRB (SC-BRB) …

Frame structures are especially affected by earthquakes, due to their low lateral resistance.
The use of energy dissipators may be a suitable solution for these structures; however, the …

The multi-storey buildings and towers that are constructed of steel frames are exposed to
lateral loads such as wind loads, earthquakes and explosions, which cause a vibrational …

Eccentricity on the braced frames can sometimes not be avoided to facilitate some structural
considerations, such as openings. V-type braced frames are among the most widely used …

The steel structures resistance capacity to seismic loads depends on the material's behavior,
the structural member sizes, how its members are connected to each other's, and the steel …

High rise structure thanks to its exposure to varied gravity loads, lateral loads and therefore
the exponential height of structure has become a costlier solution. The increasing cost of …

Dinding geser umumnya digunakan pada struktur rangka beton bertulang, sedangkan
bresing baja paling sering digunakan pada struktur baja. Pemberian bresing baja internal …

The rate of global urban migration has increased drastically over the last century. With
increasing population, the need for dense urban habitats is growing. Tall buildings are at the …

An Eccentric Braced Frame (EBF) has often been chosen in situations that disable the
structure to use Concentric Braced Frame (CBF), such as opening installation. In planning …