This paper employs a novel approach to investigating the dynamic behavior of a pipe
conveying fluid and the relationship between the variables that influence it, based on causal …

Purpose: The flow velocity and pressure of fluid flowing through a pipeline can cause the
vibration of pipes, and consequently result in the modification in natural frequency via fluid …

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 research aims to study the effects of cracks in pipes used to transport fluid oil (crude oil
with a density of ρ f= 895 kg/m3) with varied flow velocities on natural frequencies with …

This paper presents an integral transform analytic solution to the equations governing a fluid‐
conveying pipeline segment where a gyroscopic or Coriolis force effect is taken into …

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 presents vibration analysis and mathematical model using Euler-Bernoulli and
Hamilton's energy expressions for fluid conveying welded Galvanized Iron pipe with …

Pipe applications are important and widely used applications in all industrial fields because
pipes are used in many fields such as water, oil, gas, etc. It was therefore necessary to …

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 …

Annulus pipe conveying fluids have many practical applications, such as hydraulic control
lines and aircraft fuel lines. In some applications, these tubes are exposed to high speeds …