The oil and gas pipe systems are a crucial part of the infrastructure. The structural integrity of
pipes is diminishing as a result of environmental damage. In recent years, the oil and gas …

This work investigates the repair of corrosion damage in metallic pipes using glass fiber
reinforced plastic (GFRP) patches. The main idea is to analysis of the effect of the thickness …

Carbon fiber reinforced polymer (CFRP) matrix composite overwrap repair systems have
been introduced and accepted as an alternative repair system for steel pipeline. This paper …

This experimental and numerical study deals with the failure of two steel pressure vessels
that failed during hydrostatic test at a pressure lower than test pressure. Failure was noticed …

A methodology of repair in pipes involving bonded joints, manufactured through the
wrappage of a composite around the pipe, is becoming a common practice in the industry for …

This paper is concerned with the repair of through-wall corrosion damage in metallic pipes
using bonded metallic patches. The focus is on the analysis of the influence of the thickness …

The bonding interface serves as the stress load transfer surface of the bonded structure, and
its quality detection is very important for the bonded structure strength and service safety of …

Nowadays, adhesive joints are largely applied in the automotive, aircraft and aerospace,
civil, and naval industries. Although several applications involve flat (plane) adherends …

This work aims to study the resistance of repairs with bonded plates in pipes with holes
subjected to hydrostatic pressure. It is a promising alternative for application in low-risk …

The paper presents the numerical analysis of failure pressure of wall loss defect metallic
pipelines and validate it with experimental results. An optimization of composite thickness for …