The accurate residual strength prediction can support the maintenance planning of
damaged subsea pipeline. Recently, machine learning techniques become a remarkable …

A corrosion defect is recognized as one of the most severe phenomena for high-pressure
pipelines, especially those served for a long time. Finite-element method and empirical …

For the residual strength prediction of corroded pipelines, the existing standard has a small
application range, and the finite-element method has too many assumptions. This paper …

Most of the standards available for the assessment of the failure pressure of corroded
pipelines are limited in their ability to assess complex loadings, and their estimations are …

Pitting corrosion is considered to be one of the most dangerous failure forms of offshore
steel structures, and corrosion depth is treated as an important indicator of corrosion …

Corrosion assessment analysis and failure pressure prediction of pipelines with corrosion
defects are essential in the integrity assessment of transmission pipelines. A series of semi …

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 …

Internal corrosion has long been acknowledged as one of the dominant forms of
deterioration process that contribute to the containment loss for marine steel pipelines …

Pipeline corrosion is one of the main causes of subsea pipeline failure. It is necessary to
monitor and analyze pipeline condition to effectively predict likely failure. This paper …

Corrosion will compromise safety operation of oil and gas pipelines, accurate determination
of failure pressure finds importance in residual strength assessment and corrosion …