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 stability of air plastron entrapped in a submerged superhydrophobic (SHPo) surface
determines the sustainability of the surface properties including drag reduction, self …

In this study, we focused on the integration of a flexible polymer (polyacrylamide) and a
(randomly patterned) superhydrophobic surface in a large-scale turbulent channel flow rig to …

A lubricant-infused surface (LIS) has been widely studied due to its potential in various
industrial fields. However, the outermost lubricant layer of LIS is highly vulnerable to external …

We developed a dedicated, high-resolution skin-friction balance in a water tunnel to
measure turbulent drag reduction over micro-grate-patterned superhydrophobic (SHPO) …

In this work, we experimentally investigated the impact of surface roughness on drag
reduction as well as the plastron stability of superhydrophobic surfaces (SHSs) in turbulent …

A comparative experiment by time-resolved particle image velocimetry (TRPIV) of the
turbulent boundary layer (TBL) over a smooth surface and an anisotropy superhydrophobic …

It is well known that the greater transport of mass, momentum, and heat by turbulent flows
has a significant effect on the efficiency of thermofluid systems. This effect is sometimes …

A horizontal water channel facility was built to study particle dynamics in a turbulent flow.
The channel is sufficiently long to produce fully developed turbulence at the test section, and …