Historical records indicate that strong earthquakes are usually accompanied by aftershocks
with large peak ground accelerations. Structural damages caused by the mainshock can be …

In this paper, the applicability and validity of enhanced pushover procedures in estimating
the seismic demands of mid-and high-rise reinforced concrete (RC) building frames under …

Performance-based seismic design (PBSD) aims to assess structures at different damage
states. Since damage can be directly associated to displacements, seismic design with …

The static pushover analysis can be employed to check the adequate ductility of jacket type
offshore platforms (JTOPs) under the abnormal level earthquake (ALE) in the design phase …

A new enhanced multi-modal pushover procedure based on the structural dynamic theory
with a straightforward and easy-to-use algorithm is developed in this study for estimating the …

Abstract According to API-RP-2EQ/ISO 19901-2: 2004 (E), the static pushover method is
allowed to be utilized for the abnormal level earthquake (ALE) design check of jacket type …

To estimate seismic demand and capacity of structures, it has been suggested by
researchers that Incremental Dynamic Analysis (IDA) is one of the most accurate methods …

In this study, a machine learning-based hybrid optimization method is developed to optimize
tuned mass damper considering soil-structure interaction. A total of 200,000 time history …

This paper aims to propose a combination model for conventional pushover analysis with
invariant lateral load patterns to consider the effects of higher mode vibrations on the …

Assessing the structural capacity of an irregular structure requires an appropriate and robust
representation of the analytical model. Conventional procedures are flawed because they …