Fibre-reinforced polymers (FRPs) have been effectively applied in various scientific and
engineering applications. FRPs have several advantages over traditional construction …

In recent decades, various pipeline industries, such as oil, gas, and water, have increasingly
focused on fiber-reinforced polymer (FRP) pipes. This growing interest in FRP pipes offers …

This study explores how parametric uncertainties in the production affect failure tensile loads
of reinforced thermoplastic pipes (RTPs) under combined loading conditions. The stress …

Subsea pipelines are delicate infrastructures with high importance to the oil and gas
industry. These structures are surrounded by an extreme environment, in which free …

The use of composite flexible pipelines seems reliable and promising to the oil and gas
industry to transport hydrocarbons as it is one of the best alternatives to overcome the major …

The pipe-in-pipe system is widely used in the development and transportation of offshore oil
and gas resources. The damage caused by anchor impacts on the pipe-in-pipe system has …

Abstract After servicing for 4.5 years, a reinforced thermoplastic pipe utilized in a gas lift
system experienced a burst failure. FTIR, visual inspection, TGA, tensile test, VST, pressure …

Estimation of the failure probability for corroded oil and gas pipelines using the appropriate
reliability analysis method is a task with high importance. The accurate prediction of failure …

A novel method to conduct rubber tensile tests is developed to investigate the effect of the
loading rate on the interfacial properties of viscoelastic materials. Based on tensile tests …

This investigation reveals the reasons behind severe shear distortion of carbon fiber
towpreg observed during a series of winding sequences involving a geometry consisting of …