Authors :
Anjali Saini; Dr. Tinku Biswas
Volume/Issue :
Volume 8 - 2023, Issue 7 - July
Google Scholar :
https://bit.ly/3TmGbDi
Scribd :
https://tinyurl.com/bd79kkhs
DOI :
https://doi.org/10.5281/zenodo.8275675
Abstract :
The objective of this project is to use
staad.pro to do seismic assessment (analysis) of a multi-
story structure while taking into consideration different
seismic zones in India. Multi-story structures are
increasingly viewed as technological wonders in general.
It has been demonstrated from previous earthquakes
that many structures have sustained whole or partial
damage as a result of earthquakes, hence it is crucial to
understand the seismic reactions of such structures.
Construction of the structures is involved, with an
emphasis on foreseeing the reactions of actual structures.
For instance, it entails building trusses, spans, and
structures. This fundamental framework demands that
each structure be thoroughly researched and seismically
analyzed before being finished. The height of the
structure has shown to be medium to tall in order to
accommodate the needs of the growing population in the
limited space. A seismic evaluation research and quake
protection structure planning are required to provide
safety against the earthquake excitation of multi-story
structures. A deficit causes a structure to be
unsatisfactory during an earthquake. In general,
geometry, mass breakdown, and building solidity result
in inadequacy. Typically, during earthquakes, buildings
fall due to vertical irregularity. For the seismic study in
different zones of India, the residential building, a G+7
building, was taken into consideration. By developing the
initial load plan that must take into consideration dead
weight, forced loads for dead loads, and extra external
loadings, the strategy for ensuring the necessities is
connected to the basic security of structures. Planning
and management are crucial to this in the construction
of buildings. Buildings are subjected to a variety of
loads, including seismic live, wind, and dead loads.
Seismic stress can have severely negative impacts; hence
the building has to be seismically tested. This essay
investigates how structures react. When it is shown by
story conveyed and seismic base shear, this reaction may
be impacted by seismic load. The staad.pro program was
used to analyze the building for zones II, III, IV, and V.
Keywords :
Seismic Analysis, Structure Analysis, G+7 Storied-Structure, Earthquake-Resistance Building, Staad.pro
The objective of this project is to use
staad.pro to do seismic assessment (analysis) of a multi-
story structure while taking into consideration different
seismic zones in India. Multi-story structures are
increasingly viewed as technological wonders in general.
It has been demonstrated from previous earthquakes
that many structures have sustained whole or partial
damage as a result of earthquakes, hence it is crucial to
understand the seismic reactions of such structures.
Construction of the structures is involved, with an
emphasis on foreseeing the reactions of actual structures.
For instance, it entails building trusses, spans, and
structures. This fundamental framework demands that
each structure be thoroughly researched and seismically
analyzed before being finished. The height of the
structure has shown to be medium to tall in order to
accommodate the needs of the growing population in the
limited space. A seismic evaluation research and quake
protection structure planning are required to provide
safety against the earthquake excitation of multi-story
structures. A deficit causes a structure to be
unsatisfactory during an earthquake. In general,
geometry, mass breakdown, and building solidity result
in inadequacy. Typically, during earthquakes, buildings
fall due to vertical irregularity. For the seismic study in
different zones of India, the residential building, a G+7
building, was taken into consideration. By developing the
initial load plan that must take into consideration dead
weight, forced loads for dead loads, and extra external
loadings, the strategy for ensuring the necessities is
connected to the basic security of structures. Planning
and management are crucial to this in the construction
of buildings. Buildings are subjected to a variety of
loads, including seismic live, wind, and dead loads.
Seismic stress can have severely negative impacts; hence
the building has to be seismically tested. This essay
investigates how structures react. When it is shown by
story conveyed and seismic base shear, this reaction may
be impacted by seismic load. The staad.pro program was
used to analyze the building for zones II, III, IV, and V.
Keywords :
Seismic Analysis, Structure Analysis, G+7 Storied-Structure, Earthquake-Resistance Building, Staad.pro
