This paper proposes an innovative Bayesian method for system identification based on
autoregressive (AR) model. The dynamics of a structure is first modeled by an AR model …

Lateral load resistance systems are among the essential issues, which have various types in
reinforced concrete tall buildings. The end shear wall is used to decline tensions and …

Building in civil engineering usually involves a lot of expertise and knowledge, especially
when working with soft soil, which is infamous for being cohesive due to its low shear …

Reinforced concrete (RC) structural walls are widely used in high-rise structures in
earthquake-prone areas. Damaged by the earthquakes in the past decades, these buildings …

Several articles have investigated the effect of various seismic parameters on the response
of the structure. However, there has been limited discussion on the impact of seismic …

Shear walls, which are vertical elements with significantly high stiffness values, are
becoming more and more popular and are widely used as primary lateral-load-resisting …

The design of earthquake-resistant buildings has always been a critical aspect of structural
engineering, especially in regions prone to seismic activity. The use of reinforced concrete …

Lateral bearing systems affect tall structures' behavior against lateral forces. Shear walls are
one of the influential structural members against lateral forces. However, the ends of shear …

Today, many strategies have been proposed to improve the behavior of tall buildings under
seismic load. Drifts, torsion, and structure period are essential parameters affecting high-rise …

Bracing systems have been used for decades to improve the structural integrity of buildings
against seismic risks, by having the appropriate rigidity and ductility, depending on the type …