Offshore oil and gas drilling operations are going to remote and harsh arctic environments
with demands for heightened safety and resilience of operational facilities. The remote and …

The endurance time method is a time history dynamic analysis in which structures are
subjected to predesigned intensifying excitations. This method provides a tool for response …

The current performance-based seismic assessment procedure can be computationally
intensive as it requires a large number of time history analyses (THA) each requiring time …

The seismic risk framework of building structures has been presented to reduce earthquake‐
induced adverse consequences. In this context, probabilistic analysis of engineering …

This chapter describes some of the recent studies on the optimal control of structures.
Initially, different passive, active and semi-active control devices are introduced and the …

Jacket platforms are among the most used offshore platforms for energy extraction from
seabed and are prone to failure caused by the inherent dynamic nature of wave loads …

Accidents involving vessels and/or offshore structures (henceforth referred to as marine
structures) may pose high financial, environmental and fatality risk. To effectively manage …

In this paper, the performance and failure modes of a newly designed platform have been
studied numerically as a case study. In order to investigate the effects of soil condition on the …

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 …

Recently, various approaches have been introduced to estimate the response of offshore
structures in different sea states by stepwisely intensifying records. In this article, a more …