This paper presents a methodology that integrates the semi-empirical corrosion models with
probabilistic analysis to study steel structural failure behavior considering material and …

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 …

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 …

Safety assessment of oil and gas pipeline containing corrosion defects is one of the
significant techniques for ensuring safe operation of the pipeline. In practice, the parameters …

A methodology is presented to evaluate the time-dependent system reliability of pressurized
pipelines that contain multiple active metal-loss corrosion defects and have been subjected …

Subsea oil and gas pipelines are commonly designed with 3–6 mm internal corrosion
allowance added to pipeline wall thickness often without pragmatic thought. The corrosion …

Quantitative analysis approaches based on structural reliability methods are gaining wider
acceptance as a basis for assessing pipeline integrity and these methods are ideally suited …

Subsea pipelines are delicate infrastructures with high importance to the oil and gas
industry. These structures are surrounded by an extreme environment, in which free …

This paper presents a methodology for evaluating fitness-for-service (ie, safety,
serviceability, and reliability) of corroded metal pipelines. A model for predicting pipe failure …

Oil and gas offshore pipelines are one of the main components of a subsea system. A major
accident can have a great economic impact due to loss of revenue and the expenses …