In the past few decades various particle image–based volumetric flow measurement
techniques have been developed that have demonstrated their potential in accessing …

Superhydrophobic (SHPo) surfaces have been investigated vigorously since around 2000
due in large part to their unique potential for hydrodynamic frictional drag reduction without …

Slippery surfaces have received great attention for more than a quarter-century. In particular,
during the last decade, interest has increased exponentially, resulting in thousands of …

Superhydrophobic surfaces (SHS) for underwater drag reduction draw more and more
attention owing to its promising and wide applications such as underwater vehicles, pipeline …

The application of drag reduction tech holds great significance to energy saving. To achieve
better drag reduction, we investigated the flow characteristics of the turbulent boundary layer …

The liquid–gas interface (LGI) on submerged microstructured surfaces has the potential to
achieve a large slip effect, which is significant to the underwater applications such as drag …

A study of optimal temporal and spatial disturbance growths is carried out for three-
dimensional viscous incompressible fluid flows with slippery walls. The non-modal temporal …

A detailed parametric study on the linear stability analysis of a three-dimensional thin liquid
film flowing down a uniformly heated slippery inclined plane is carried out for disturbances of …

The linear stability and energy stability of the plane Poiseuille flow with the isotropic and
anisotropic slip boundary conditions are theoretically analyzed and numerically calculated …

We experimentally compared the drag-reduced turbulent channel flow of three different
additives: a flexible polymer, a rigid polymer and a surfactant. A high drag reduction (HDR) …