Buried pipelines, such as water supply and power transmission systems, play a vital role in
daily life. Seismic resistance of the pipeline systems is a very important research topic …

As an important connecting component, the hoses transport fluid from pump to pipeline.
However, the modeling of connecting hose has been rarely incorporated in the open …

To analyze the dynamic characteristics of whipping behavior induced by the circumferential
fracture of high energy pipes, a numerical model of the piping system was presented based …

Vibrations due to mechanical excitation and internal and external fluid flow can cause
fatigue in pipelines and leaks in fittings. A beam‐based dynamic vibration absorber (beam …

To investigate the whipping effect on the L-shaped main steam pipe utilized in the marine
steam systems, the fluid-structure interaction (FSI) method is utilized to numerically analyze …

Solving fluid–structure interaction (FSI) problems using traditional methods poses significant
challenges in the field of numerical simulation. The multiphysics coupling library precise …

To improve the stability of water-lubricated transportation and reliability of pipes in service,
the fluid–structure interaction numerical model has been established to investigate the …

The basic structure of a pipeline is complex due to the narrow installation space of a pipeline
system. Thus, a considerable number of complex pipelines are adopted in a pipeline …

The interaction of an internal or external fluid flow, such as aerodynamic or turbine flow, with
any moveable or deformable structure is known as fluid structure interaction (FSI). Many …

This article utilizes a semi-analytic known as Variational Iteration Method (VIM) to investigate
the vibration characteristics of an axially functionally graded non-uniform pipes conveying …