Corrosion is one of the most significant threats for onshore pipelines that may lead to a Loss
of Containment (LOC). A LOC poses significant consequences over the surrounding people …

This paper performs a comparative study of remaining strength assessment models for
corroded pipelines. A brief review of burst prediction models is first given for defect-free …

An accurate prediction on the failure pressure of line pipe is very important in the
engineering design and integrity assessment of oil and gas transmission pipelines. This …

Accurate prediction of burst pressure plays a central role in engineering design and integrity
assessment of oil and gas pipelines. Theoretical and empirical solutions for such prediction …

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 …

It is known that available analytical and empirical solutions for the burst pressure of defect-
free line pipes cannot broadly fit experimental data for different materials. Usually the Tresca …

In-service long-distance pipelines are a practical approach to implementing large-scale
hydrogen transportation under the context of energy transition. However, the hydrogen …

Due to non-pollution and high combustion efficiency, hydrogen energy is promising as a
clean and renewable energy source to gradually replace fossil fuels and reduce carbon …

This paper addresses analytically and numerically the burst strength of ultra-high strength
steel pipelines with corrosion defects based on their elastic-plastic collapse behaviour. First …

This paper develops an exact solution of burst pressure for defect-free, thick-walled pipes
using the flow theory of plasticity in terms of the average shear stress yield criterion (or Zhu …