The dynamics of fluid-conveying pipelines with different shapes has received extensive
research attention. Significant wall shear stress and flow separation occur when the fluid …

Flow control technologies play a crucial role in modern engineering and scientific research.
Hydrodynamic metamaterials, as an emerging branch in the field of flow control, have …

In this work, we develop a unique and efficient metamaterial device known as the
“hydrodynamic evener,” which can stabilize a flow field rapidly when a transition through …

Metamaterials are rationally designed periodic micro-or nanostructures that do not exist in
nature. Recently, metamaterials for hydrodynamic phenomena have attracted immense …

This paper investigates the hydrodynamics of a bent elastic tube with an instantaneously
deformed wall using an arbitrary Lagrangian–Eulerian (ALE) finite element method. The …

As an emerging branch in the area of flow control, hydrodynamic metamaterials have
received considerable attention because of their novel flow control capabilities. In this …

Hydrodynamic metamaterials, a nascent research field, possess immense potential for fluid
flow manipulation. With engineered structure design, they offer unparalleled control over …

From their initial application to the fields of chemistry and biology, microfluidic chips used as
micro total analysis systems have developed into new technologies to satisfy the …

A novel surface morphology for pipelines using transverse microgrooves was proposed in
order to reduce the pressure loss of fluid transport. Numerical simulation and experimental …

Understanding and controlling pipe vibrations are of key concern as they affect the
serviceability and performance of pipeline systems. A novel metamaterial concept can be …