The paper validates Ω* method proposed by some of the authors in previous papers for design of X-Concentric Braced Frames (X-CBFs). This method was obtained relaxing some of the requirements of the method provided by the European seismic code (Eurocode 8, EC8). Therefore, Ω* method is conceptually similar to that of EC8, which makes it easy to be incorporated into EC8 and to be embraced by the European structural designers. The paper analyses the seismic performance of a set of X-CBFs designed both according to EC8 and Ω* methods. Several buildings characterised by different numbers of storeys, numbers of bracings in plan and by different bay spans are considered. Non-linear dynamic analyses have been carried out by the computer code CLAP t...
Two-storey X-bracings are becoming very popular in European practice, owing the possibility to reduc...
Abstract: In this study, both Canadian and European code provisions for steel concentrically braced...
The capacity of a structure can be assessed using inelastic analyses, requiring sophisticated numeri...
The paper validates Ω* method proposed by some of the authors in previous papers for design of X-Con...
Cross concentrically braced frames are commonly used in seismic design of steel buildings at any sei...
In this paper some modifications to the design procedure, currently implemented in the modern Europe...
Seismic design of concentrically X-braced steel frames to Eurocode 8 entails several difficulties to...
Chevron concentrically braced frames are one of the most cost-effective solutions for seismic resist...
Steel concentrically braced frame (CBF) configuration is a common construction application in Europe...
In the field of construction in seismic areas, the current Italian technical code for constructions ...
Two storey X bracings are currently very popular in European practice, as respect to chevron and sim...
Chevron concentrically braced frames (C-CBFs) are expected to provide limited ductility in the frame...
Two-storey X-bracings are becoming very popular in European practice, owing the possibility to reduc...
Abstract: In this study, both Canadian and European code provisions for steel concentrically braced...
The capacity of a structure can be assessed using inelastic analyses, requiring sophisticated numeri...
The paper validates Ω* method proposed by some of the authors in previous papers for design of X-Con...
Cross concentrically braced frames are commonly used in seismic design of steel buildings at any sei...
In this paper some modifications to the design procedure, currently implemented in the modern Europe...
Seismic design of concentrically X-braced steel frames to Eurocode 8 entails several difficulties to...
Chevron concentrically braced frames are one of the most cost-effective solutions for seismic resist...
Steel concentrically braced frame (CBF) configuration is a common construction application in Europe...
In the field of construction in seismic areas, the current Italian technical code for constructions ...
Two storey X bracings are currently very popular in European practice, as respect to chevron and sim...
Chevron concentrically braced frames (C-CBFs) are expected to provide limited ductility in the frame...
Two-storey X-bracings are becoming very popular in European practice, owing the possibility to reduc...
Abstract: In this study, both Canadian and European code provisions for steel concentrically braced...
The capacity of a structure can be assessed using inelastic analyses, requiring sophisticated numeri...