In the paper, impact process of the fluid-conveying pipes composed of graphene-reinforced
composite layers and a viscoelastic interlayer is studied. The bending stress field, midspan …

The basic idea of this work emerged by examining the conditions of the pipes in case the
crack is generated and continued to expand until it leads to the flow of liquid from the pipe …

This study treats with the transverse vibration of polypropylene random-copolymer (PP-R)
pipes caused by fluid flow inside them assuming pinned connections at both ends. The …

One of the most prominent problems experienced by the oil facilities is leakage of oil from
the pipes. This problem caused 55% of oil refineries to be shut off. Oil leakage is a common …

The crack is one of the most common types of failure in pipelines that convey fluid, and early
detection of the crack may assist to avoid the piping system from experiencing catastrophic …

The pipelines are subject to various constraints variable in time. Those vibrations may result
in both the fatigue damage in the pipeline profile at high stress concentration and the …

Pipeline transport is used worldwide in many sectors of the economy. Its main advantages
are continuity of transport, large transportation volumes, small energy consumption, safety …

This paper studies the passive electromagnetic damper effects on the behavior of a pipeline
conveying fluid. In this work, a uniform cantilever Euler–Bernoulli beam, a follower force, and …

This paper deals with a uniform cantilever Euler-Bernoulli beam subjected to follower and
transversal force at its free end as a model for a pipe conveying fluid under electromagnetic …

Functionally gradient materials and small-scale pipes have great importance in the industry
because of its wide applications in many engineering fields such as fluid transport in fluidic …