Corrosion is a major cause of the loss of hermeticity in oil and gas pipelines. Corrosion
defects affect the remaining life of in-service pipelines and can lead to failures, ruptures …

This paper proposes a practical implementation of robust ensemble learning models for
accurate prediction of the internal corrosion rate in oil and gas pipelines. A correct …

Avoiding failures of corroded steel structures are critical in offshore oil and gas operations.
An accurate prediction of maximum depth of pitting corrosion in oil and gas pipelines has …

Pitting corrosion is a primary type of external corrosion that poses a critical challenge in the
oil and gas industry, potentially leading to severe environmental, health, and economic …

Onshore pipelines are exposed to corrosion degradation, facilitated by the pipeline's
management and surrounding aggressive environmental conditions. Every 2 to 6 years …

A magnetic flux leakage (MFL) tool may identify most pipeline corrosion defects. Therefore,
analyzing the MFL signals to obtain helpful information for pipeline safety analysis is …

Corrosion is one of the major causes of failure in pipelines for transporting oil and gas
products. To mitigate the impact of this problem, organizations perform different …

The bolted spherical nodes are widely used as member joints of lattice shell structures. With
long-term service in a corrosive environment, the bearing performance degradation of these …

This paper presents a novel approach to determine optimal maintenance policies for
degraded oil and gas pipelines due to internal pitting corrosion. This approach builds a …

Historical failure data of corroded oil and gas pipelines helps estimate risk and reliability
using statistical models if the distribution of the characteristics of corrosion defects is known …