A study is presented on the evaluation of the floor deformability in the existing RC buildings
and the related effects on the structural behaviour and the seismic fragility are investigated …

Pushover analysis is the main methodology adopted in practice-oriented applications for
investigating the non-linear response of reinforced concrete (RC) buildings; it is applicable …

This study aims to perform a fragility analysis of RC buildings subjected to seismic loading.
For this purpose, the curves of fragility are developed for 20 building models with different …

Fundamental period of vibration is one of the most critical parameters to evaluate in the
seismic design of new buildings, considering its role in the seismic forces estimation. The …

In the paper is presented a research study on floor system behavior in existing Reinforce
Concrete (RC) buildings under horizontal actions. Generally, vulnerability analysis consists …

Nonlinear Static Analysis otherwise known as pushover analysis will be used in this study to
evaluate the seismic performance of an existing reinforced concrete (RC) hospital structure …

There is an increasing demand for integrated small vibration isolators in precision sensing
instruments and medical equipment. Therefore, a quasi-zero stiffness (QZS) vibration …

This study aimed to analyze the dynamic punching shear performance of slab-column joints
under cyclic loads with the use of double-hooked end (5D) steel fibers. Structural systems …

Braced frames are frequently used as lateral load resisting systems in steel buildings due to
their cost-effectiveness and efficiency in resisting earthquake loads. Evaluating the seismic …

This paper presents an in-depth analysis of the Kopčić House, a significant example of
modernist architecture in Sarajevo, Bosnia and Herzegovina, focusing on its structural …