A parametric study of 13,608 ductile Moment-Resisting Steel Frames (MRSF) designed according to Eurocode 3 and Eurocode 8 is performed. A flowchart for the evaluation of the seismic-resistant capacity of the designed frames is developed based on the N2 method. The design structural overstrength, the ductility supply, the plastic redistribution parameter, the supply reduction factor and the performance ratio of the frames under study are analysed. The 13,608 designed frames under study have performance ratios higher than one mostly due to the high values of design structural overstrength, showing that the seismic supply produced by Eurocode 3 and Eurocode 8 restrains are always higher than the seismic demand
AbstractThe design of Moment Resisting Steel Frames (MRSFs) is usually governed by drift limits rath...
International audienceModern seismic codes recommend the design of ductile structures able to absorb...
Buckling Restrained Braces (BRB) are innovative displacement dependent devices having balanced hyste...
peer reviewedThe paper discusses the components of reduction factor to be accounted for design purpo...
Steel moment resisting frames (MRFs) are drift-sensitive structures and their design is largely infl...
Current seismic codes are based on force-controlled design or capacity design, using the base shear ...
MOTIVATION AND SCOPE OF THE STUDY The seismic events of Northridge (Los Angeles, 17 January 1994) an...
Nowadays, there is a lack of adequate code provisions for the seismic performance and risk assessmen...
AbstractDespite the fact that steel is a ductile material, the significant damage, during earthquake...
Design of structures in seismically active areas according to EN 1998-1 includes a choice between tw...
Many existing steel multi-storey frame buildings worldwide were designed prior to the introduction o...
The Eurocode 8 included three ductility classes: ductility class high (DC H), ductility class medium...
Seismic design of concentrically X-braced steel frames to Eurocode 8 entails several difficulties to...
In seismic design of steel structures, the “dual-steel” concept concerns the combined use of High St...
In seismic codes, the capacity of structures is calculated using capacity design procedure based on ...
AbstractThe design of Moment Resisting Steel Frames (MRSFs) is usually governed by drift limits rath...
International audienceModern seismic codes recommend the design of ductile structures able to absorb...
Buckling Restrained Braces (BRB) are innovative displacement dependent devices having balanced hyste...
peer reviewedThe paper discusses the components of reduction factor to be accounted for design purpo...
Steel moment resisting frames (MRFs) are drift-sensitive structures and their design is largely infl...
Current seismic codes are based on force-controlled design or capacity design, using the base shear ...
MOTIVATION AND SCOPE OF THE STUDY The seismic events of Northridge (Los Angeles, 17 January 1994) an...
Nowadays, there is a lack of adequate code provisions for the seismic performance and risk assessmen...
AbstractDespite the fact that steel is a ductile material, the significant damage, during earthquake...
Design of structures in seismically active areas according to EN 1998-1 includes a choice between tw...
Many existing steel multi-storey frame buildings worldwide were designed prior to the introduction o...
The Eurocode 8 included three ductility classes: ductility class high (DC H), ductility class medium...
Seismic design of concentrically X-braced steel frames to Eurocode 8 entails several difficulties to...
In seismic design of steel structures, the “dual-steel” concept concerns the combined use of High St...
In seismic codes, the capacity of structures is calculated using capacity design procedure based on ...
AbstractThe design of Moment Resisting Steel Frames (MRSFs) is usually governed by drift limits rath...
International audienceModern seismic codes recommend the design of ductile structures able to absorb...
Buckling Restrained Braces (BRB) are innovative displacement dependent devices having balanced hyste...