Defect assessment is critical to fitness-for-service determination and failure pressure
prediction for pipelines. This work develops a comprehensive review of the principles …

Corrosion defects occurring in natural gas pipelines are common and annoying. The
residual strength prediction of corroded pipelines is usually carried out based on theoretical …

With the complexity of geological conditions and corrosive environments, the evaluation of
failure pressure for defective pipelines under external loads has gradually become an …

Pipelines are crucial for transporting energy sources, yet corrosion especially stress
corrosion cracking (SCC) poses a complex and potentially catastrophic form of material …

The sustainability of spatial structures, where the main bearing members are steel tubes, is
becoming more and more prominent. In order to investigate the effect of local corrosion on …

Considering hydrogen deteriorates the mechanical properties of pipeline steel, and may
leads to premature failure of pipe, the dynamic burst behavior of X100 steel pipeline with …

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 …

In this work, a 3D finite element (FE) based model was developed to assess the condition of
an underground hydrogen transmission pipeline containing a corrosion defect under …

This work developed a new finite element (FE)-based method to perform pressure capacity
assessment on a corroded X80 steel pipe containing a dent, where their mutual interaction …

With continued increasing construction of both electrified facilities and buried high‐strength
pipelines in China, stray current corrosion defects have become an nonignorable threat for …