Corrosion presents significant challenges in the marine, offshore, and oil and gas industries,
resulting in annual economic losses amounting to billions of dollars. To address these …

Ground movements caused by continuous freezing and thawing of the ground in arctic
regions can potentially lead to pipeline failures. There are many factors such as internal …

Determining the failure pressure of defective pipelines is an important part in pipeline
reliability engineering, which affects the assessment of pipelines residual service life. In this …

Corrosion defects were primary causes for pipeline burst failures. Traditional methodologies
simplified the realistic irregular-shaped defects as uniform ones, ignoring the effects of …

The failure of corroded ultra-high-strength steel (X100 and X120) pipelines under combined
axial loads and internal pressure is investigated numerically by finite element analyses, and …

Defect assessment is critical to fitness-for-service determination and failure pressure
prediction for pipelines. This work develops a comprehensive review of the principles …

Numerical simulation is an effective research approach to assess the condition and predict
the remaining service life of process pipelines suffering corrosion hazards. This work …

Conventional pipeline corrosion assessment methods result in failure pressure predictions
that are conservative, especially for pipelines that are subjected to internal pressure and …

This paper addresses analytically and numerically the burst strength of ultra-high strength
steel pipelines with corrosion defects based on their elastic-plastic collapse behaviour. First …

Machine learning tools are increasingly adopted in various industries because of their
excellent predictive capability, with high precision and high accuracy. In this work, analytical …