This paper assesses the uncertainties in the structural reliability levels of thick high strength
pipelines with active corrosion defects subjected to internal pressure. A general burst …

This paper assesses the reliability of thick, high strength corroded pipelines subjected to
internal pressure by first order reliability algorithms and Monte Carlo simulation methods …

The failure probability of an oil and gas pipeline, with longitudinally oriented internal
corrosion defects, due to burst from internal operating pressure can be estimated through …

This paper assesses the uncertainty of the partial safety factors for the design of corroded
pipelines against burst failure due to the variability associated with the strength model …

Failure probability of oil and gas pipelines due to external corrosion defects can be
estimated using corrosion growth model and the evaluation of remaining strength …

This paper aims at assessing the reliability of pipelines with corrosion defects subjected to
internal pressure using the first-order reliability method (FORM). The limit-state function is …

The paper provides a new model to predict the burst pressure for corroded pipeline by finite
element method. Error analysis with commonly used models shows that the new model has …

Accurate assessment of the burst pressure of corroded pipes is pivotal for pipelines integrity
management and adequate decision-making and thus, meticulous selection of an …

Failure of in service oil and gas pipelines can result in catastrophic consequences. To avoid
the economical, environmental and social impacts due to pipeline collapse, rational …

This paper performs a comparative study of remaining strength assessment models for
corroded pipelines. A brief review of burst prediction models is first given for defect-free …