This paper aims to predict the failure pressure of corroded offshore pipelines, employing
different machine learning techniques. To this end, an efficient finite element based …

Intense seismic excitations might be considered as one of the most important loading cases
imposed on offshore jacket platforms. To perform seismic assessments for these structures …

Collapse behavior of double layer dome space structures depends on different factors such
as load pattern, material mechanical properties, and member's physical characteristics …

Internal corrosion is recognized as a serious treat in offshore pipeline services which are
supposed to transport vast quantities of oil and natural gases over many long and …

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 …

Offshore platforms used for petroleum and natural gas exploration and production are
important structures which are subjected to different types of environmental loadings. Wave …

The seismic soil-pile-superstructure interaction (SSPSI) is one of the most important sources
of nonlinear dynamic response of any pile supported structure such as jacket type offshore …

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 …