To contribute to the available information on the inelastic performance of irregular structures, the investigation of four building characteristics on it seismic response was initiated. These characteristics are column height, beam-to-column capacity, stiffness distribution in elevation and set-backs and non-symmetric elevation configuration. The parametric study presented in the paper is intended to be more indicative than comprehensive, since simplifications in the modeling of structures were necessary
Soil-structure interaction (SSI) effects are relevant for the seismic analysis of tall buildings on ...
This paper evaluates the effects of severity of Torsional Irregularity (TI) and In-plane Discontinui...
The unbalanced load effects can be further exacerbated by non-alignment of center of stiffness of th...
The consequences of these earthquake waves cause damage to buildings ranging from light damage to he...
Buildings may be considered as asymmetric in plan or in elevation based on the distribution of mass ...
The behaviour of a building during earthquakes depends critically on its overall shape, size and geo...
The motion of the floor during earthquake do now not damage the building through an effect or via an...
Structures might be thought about as crooked in strategy or in altitude based upon the circulation o...
From the previous studies it is observed that due to the effect of the earthquake, several irregular...
Symmetry in the plan is an important feature in building configuration. Vertical irregularity and pl...
This Ph.D. research investigates the vertical distribution of seismic responses and controlling seis...
From the previous studies it is observed that due to the effect of the earthquake, several irregular...
In the seismically active Indian Himalayan region, lack of available flat lands and ever-increasing ...
Flat slab building structures possesses major advantages over traditional slab beam column structure...
High ductility and architectural versatility characteristics make Steel Moment Frames (SMF) one of t...
Soil-structure interaction (SSI) effects are relevant for the seismic analysis of tall buildings on ...
This paper evaluates the effects of severity of Torsional Irregularity (TI) and In-plane Discontinui...
The unbalanced load effects can be further exacerbated by non-alignment of center of stiffness of th...
The consequences of these earthquake waves cause damage to buildings ranging from light damage to he...
Buildings may be considered as asymmetric in plan or in elevation based on the distribution of mass ...
The behaviour of a building during earthquakes depends critically on its overall shape, size and geo...
The motion of the floor during earthquake do now not damage the building through an effect or via an...
Structures might be thought about as crooked in strategy or in altitude based upon the circulation o...
From the previous studies it is observed that due to the effect of the earthquake, several irregular...
Symmetry in the plan is an important feature in building configuration. Vertical irregularity and pl...
This Ph.D. research investigates the vertical distribution of seismic responses and controlling seis...
From the previous studies it is observed that due to the effect of the earthquake, several irregular...
In the seismically active Indian Himalayan region, lack of available flat lands and ever-increasing ...
Flat slab building structures possesses major advantages over traditional slab beam column structure...
High ductility and architectural versatility characteristics make Steel Moment Frames (SMF) one of t...
Soil-structure interaction (SSI) effects are relevant for the seismic analysis of tall buildings on ...
This paper evaluates the effects of severity of Torsional Irregularity (TI) and In-plane Discontinui...
The unbalanced load effects can be further exacerbated by non-alignment of center of stiffness of th...