Pipeline corrosion is a major challenge facing many oil and gas industries today because of
the enormous downtime associated with corrosion related failures. Fatigue stress initiation in …

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 …

The current tissue engineering paradigm is that successfully engineered thick tissues must
include vasculature. As biological approaches alone, such as VEGF, have fallen short of …

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 …

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 …

To accurately predict the burst strength of both thin and thick-walled pressure vessels (PVs),
a parametric study of PV burst strength was performed for a wide range of vessel geometries …

Most of the commonly used standards and codes for burst pressure prediction at a corrosion
defect of steel pipelines generally just consider internal pressure alone. However, an actual …

Accurately predicting the failure pressure for corroded pipes transmitting natural resources
such as oil and gas is crucial to prevent catastrophic failure and save costs. Several …

This study utilized finite element modeling to assess the stress and burst strength of a
composite pressure vessel (CPV). The fiber type and its sequences were considered while …

Accurate prediction of the burst pressure of a pipeline is critical for pipeline design and safe
operation. It is usually achieved by using analytical and empirical formulae derived from …