A comprehensive evaluation of the integrity of oil and gas pipelines subjected to corrosion
defect is required for forecasting health & safety actions. If corrosion is ignored, it may have …

While uncertainty quantification (UQ) has served a prominent role in ensuring the safety of
dynamical engineering systems, the lack of an integrated approach to handle the aleatory …

Internal corrosion poses a significant threat to offshore pipeline services. Toward offshore
pipeline integrity management, this paper aims to use Finite Element Method (FEM) to …

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

Urban water networks are more than obligatory infrastructures that help to develop and
sustain cities; they are integral to urban resilience. Water networks have undergone an …

Mechanically lined pipe, which proves to be an economical and reliable way to transport
corrosive hydrocarbons, has been used in many offshore projects. The presence of liner and …

Concrete is widely utilized in construction; however, accurately predicting its compressive
strength is difficult due to the complex relationships within its mixture. Although previous …

An essential task in the oil and gas industry is establishing an efficient way to assess
corroded pipeline integrity. The literature shows that integrity analysis with Finite Elements …

Accurate prediction of the propagation pressure (PP) in hybrid steel-CFRP pipe systems
presents a substantial challenge due to intricate interactions and complex collapse failure …

Abstract Water Distribution Networks (WDNs) are susceptible to pipe failures with significant
consequences. Predicting wall-thickness loss in pipes is vital for proactive maintenance and …