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International Journal of Advance Research and Innovative Ideas in Education, 2017
Nowadays, as in the urban areas the space available for the construction of buildings is limited.... more Nowadays, as in the urban areas the space available for the construction of buildings is limited. So in limited space we have to construct such type of buildings which have can be used for multiple purposes such as lobbies, car parking etc. To fulfil this demand, buildings with irregularities is the only option available. The structures having discontinuity are termed as Irregular structures. Irregular structures contribute a large portion of urban infrastructure. During an earthquake, failure of structure starts at points of weakness. This weakness arises due to discontinuity in mass, stiffness and geometry of structure. Vertical irregularities are one of the major reasons of failures of structures during earthquakes. To study the behaviour of the building having mass, stiffness and vertical irregularities at different floors models were analyzed in ETABS 2013. For this study of behaviour of building we are considering all models in seismic zone III. Parameters should be considered...
Buckling-Restrained Braces (BRBs) have become one of the most efficient earthquakeresistant struc... more Buckling-Restrained Braces (BRBs) have become one of the most efficient earthquakeresistant structural systems and have been actively applied to seismic design and retrofit of building structures. It concludes that, BRB exhibits superior behavior and a better performance when it is compared with the OB system. From this analytical study we will observed that among various configuration, which type of BRB offers better resistance to the applied lateral loads. Different type of bracing system will use to analyze story drift, story displacement, roof displacement etc. with different bracing configuration for this study. ETABS software will use for analysis.
International Journal of Advance Research and Innovative Ideas in Education, 2017
Nowadays, as in the urban areas the space available for the construction of buildings is limited.... more Nowadays, as in the urban areas the space available for the construction of buildings is limited. So in limited space we have to construct such type of buildings which have can be used for multiple purposes such as lobbies, car parking etc. To fulfil this demand, buildings with irregularities is the only option available. The structures having discontinuity are termed as Irregular structures. Irregular structures contribute a large portion of urban infrastructure. During an earthquake, failure of structure starts at points of weakness. This weakness arises due to discontinuity in mass, stiffness and geometry of structure. Vertical irregularities are one of the major reasons of failures of structures during earthquakes. To study the behaviour of the building having mass, stiffness and vertical irregularities at different floors models were analyzed in ETABS 2013. For this study of behaviour of building we are considering all models in seismic zone III. Parameters should be considered...
Buckling-Restrained Braces (BRBs) have become one of the most efficient earthquakeresistant struc... more Buckling-Restrained Braces (BRBs) have become one of the most efficient earthquakeresistant structural systems and have been actively applied to seismic design and retrofit of building structures. It concludes that, BRB exhibits superior behavior and a better performance when it is compared with the OB system. From this analytical study we will observed that among various configuration, which type of BRB offers better resistance to the applied lateral loads. Different type of bracing system will use to analyze story drift, story displacement, roof displacement etc. with different bracing configuration for this study. ETABS software will use for analysis.