In operation, pipelines are increasingly used worldwide to meet higher transportation
demands for strategic fluids while optimizing costs. Fiber-reinforced polymer (FRP) …

The present study investigates the effect of the defect width on the burst capacity of corroded
pipelines repaired with fiber reinforced polymer composite. Parametric finite element …

Recent studies have demonstrated that composite materials can be used with practicality,
agility, economy, and effectiveness in the execution of repairs of corroded steel tubes. Thus …

Oil and gas industry uses pressure pipes extensively, some of them in potentially hazardous
circumstances when exposed to quasi-static and impact-loading scenarios. Most steel pipes …

In this chapter, we provide an overview on the use of synthetic fibers for the production of
performing epoxy composite materials. We choose to focus our effort on the description of …

In this study, the corrosion defect width effects on the burst pressure of composite repaired
corroded (CRC) pipelines are investigated using extensive parametric elasto-plastic finite …

This study investigates the effect of the defect width on the burst capacity of corroded
pipelines repaired with fiber reinforced polymer composite. Parametric finite element …

One of the main causes of pipeline failures is corrosion, which leads to a localized loss of
the pipe wall thickness and hence compromises the capacity of the pipeline. Composite …

One of the main causes of pipeline failures is corrosion, which leads to a localized loss of
the pipe wall thickness and hence compromises the capacity of the pipeline. Composite …

This study aimed to present a numerical analysis to assess the corrosion factor influencing
the residual burst pressure and stress behaviour of Malaysian coastal subsea pipelines …