Reliability analysis of buried pipelines subjected to spatiotemporal seismic involves
modeling multiple uncertainties related to loads, soil, and mechanical mechanisms. The …

Dry gas pipelines can encounter various operational, technical, and environmental issues,
such as corrosion, leaks, spills, restrictions, and cyber threats. To address these difficulties …

Quantitative assessment of the initial damage state of a structure and fatigue life prediction
on this basis, especially when it is sensitive to manufacturing quality, is crucial for both …

Inefficient scheduling of a pipeline system may lead to severe degradation and substantial
economic losses. Earlier studies mostly focussed on corrosion and statistical analysis. This …

A fracture mechanics-based fatigue reliability analysis of a submarine pipeline is
investigated using the Bayesian approach. The proposed framework enables the estimation …

In this study, a new framework for the fatigue life prediction of nickel-base single crystal (SX)
superalloys with different drilling film cooling holes (FCHs) at high temperatures (900℃ and …

A methodology to estimate the fatigue life of an anisotropic structure under uncertainty is
established in this work for the first time, utilizing the statistical inference of the Equivalent …

This study introduces an innovative approach for statistically inferring the Equivalent Initial
Flaw Size Distribution (EIFSD) in shallow shell structures with the aim of predicting fatigue …

Unrefined and highly corrosive upstream petroleum resources and complex operating
environments pose a significant threat to the integrity and safety of gathering pipelines. The …

A novel methodology for the fatigue life uncertainty quantification of anisotropic structures is
presented in this work. The concept of the equivalent initial flaw size distribution (EIFSD) is …