The angle of seismic excitation has been proven to be an important factor when analysing the 3D behaviour of buildings. However, modern earthquake-related standards only cover partially the effects of this factor and practicable results of relevant studies are still limited. The proposed paper focuses on the determination of the critical angle of incidence based on the building's structural characteristics. An analytical expression is developed to define the critical angle for the case of single storey buildings and a special category of multi storey buildings under constant lateral forces assuming linear elastic behaviour of the structures
The ground motion caused by an earthquake can be considered as the resultant of three orthogonal tra...
This paper presents a practical method for evaluating lateral-torsional coupling in the elastic eart...
The basic principles of design for vertical and lateral loads (wind & seismic) are the same for ...
By now it is well known that the rotation angle of the ground motion has a not negligible influence ...
Current seismic analysis contemplates the simultaneous use of the orthogonal components of an earthq...
A simplified procedure is developed to consider the azimuthal orientation of buildings when estimati...
The estimation of critical seismic response of a structure is complicated in nature due to the uncer...
The nonlinear response of structures is usually evaluated by considering two accelerograms acting si...
It is well known that the incidence angle of seismic excitation has an influence on the structural r...
The paper discusses the overall effect of the angle of seismic incidence during the seismic safety a...
Buildings may be considered as asymmetric in plan or in elevation based on the distribution of mass ...
Many existing RC structures worldwide were designed for gravity loads only, with inadequate lateral ...
There has been a growth in extensive research aimed at examining the effects of seismic events on th...
The critical parameters that influence the nonlinear seismic response of asymmetric-plan buildings a...
In 1995, a framework for a reliability-based, performance-based seismic design procedure was propose...
The ground motion caused by an earthquake can be considered as the resultant of three orthogonal tra...
This paper presents a practical method for evaluating lateral-torsional coupling in the elastic eart...
The basic principles of design for vertical and lateral loads (wind & seismic) are the same for ...
By now it is well known that the rotation angle of the ground motion has a not negligible influence ...
Current seismic analysis contemplates the simultaneous use of the orthogonal components of an earthq...
A simplified procedure is developed to consider the azimuthal orientation of buildings when estimati...
The estimation of critical seismic response of a structure is complicated in nature due to the uncer...
The nonlinear response of structures is usually evaluated by considering two accelerograms acting si...
It is well known that the incidence angle of seismic excitation has an influence on the structural r...
The paper discusses the overall effect of the angle of seismic incidence during the seismic safety a...
Buildings may be considered as asymmetric in plan or in elevation based on the distribution of mass ...
Many existing RC structures worldwide were designed for gravity loads only, with inadequate lateral ...
There has been a growth in extensive research aimed at examining the effects of seismic events on th...
The critical parameters that influence the nonlinear seismic response of asymmetric-plan buildings a...
In 1995, a framework for a reliability-based, performance-based seismic design procedure was propose...
The ground motion caused by an earthquake can be considered as the resultant of three orthogonal tra...
This paper presents a practical method for evaluating lateral-torsional coupling in the elastic eart...
The basic principles of design for vertical and lateral loads (wind & seismic) are the same for ...