… on the seismic behaviour of steel structures. … the structural design provisions for seismic
resistant design in all the earthquake prone Countries, giving rise to a new generation of seismic …

… structural resilience. This paper summarizes some of the recent technological advances in
the field of seismic resilient steel structures, … , and innovative design of structural systems. …

… the damage to the steel structures is mainly due to insufficient resistance and failure in
welding fittings. Therefore, extensive research has begun to study seismic behavior and ways to …

… as well as local behavior of steel structures and their effective seismic-resistant design. It …
seismic resistant steel structures, and also for upgrading existing reinforced concrete structures. …

… of seismic-resistant steel structures, with the accent on the assessment of structure ductility
… efficient method of preparing the structure to resist unexpected strong seismic events. At the …

… first step in the seismic design of dissipative structures is the … Non-dissipative parts of dissipative
seismic resistant structures and … actions arising from the seismic forces prescribed by the …

… for the design of seismic resistant steel structures. To this extent, this work shows the design
of a novel seismic-resistant beam-to-column connection for Moment-Resisting steel Frames (…

… In earthquake-prone regions, steel structures are considered to be one of the best choices
… In the conventional seismic design of steel structures, prevalent specifications recommend …

… WP7 [1] was related to the evaluation of technical and economic efficiency of dual-steel
structures vs. conventional ones, in order to establish conditions in which dual-steel structures …

… joints on the seismic behavior of steel frames are briefly … for seismic design purposes is
made. Beam-to-column joints have a fundamental importance in case of seismic resistant steel …