Integrity management of pipeline is vital for sustainable production. Among all of pipeline
failure threats, contribution of corrosion is significant and has been reported up to 50%. This …

Engineering structures such as pipelines usually operate under stressing conditions. When
corrosion occurs on the structures in service environments, the stress and corrosion …

Determination of the failure pressure of pipelines containing multiple corrosion defects is
critical to the integrity and safety of the pipeline infrastructure. In this work, finite element …

Carbon capture and storage could significantly reduce carbon dioxide (CO2) emissions.
One of the major limitations of this technology is the energy penalty for the compression of …

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

Corrosion defects in steel pipes can lead to pipeline failure, and such failures can have
severe impacts; thus, developing appropriate corrosion mitigation schemes to prevent them …

In this work, a finite element based multi-physics field coupling model was developed to
investigate the mechano-electrochemical (ME) interaction between adjacent …

Due to local liquid accumulation (AL) in the low-lying section of the buried natural gas
pipeline, external corrosion will occur at the interface between the pipeline and the soil …

Corrosion defects, also called metal loss due to corrosion, are frequently found in carbon
steel pipelines. Corrosion defects may occur singly or in colonies. Usually the failure …

Accurate assessment of the burst pressure of corroded pipes is pivotal for pipelines integrity
management and adequate decision-making and thus, meticulous selection of an …