Superhydrophobicity (SHP) is an incredible phenomenon of extreme water repellency of
surfaces ubiquitous in nature (Eg lotus leaves, butterfly wings, taro leaves, mosquito eyes …

This study investigates the effects of an air layer on drag reduction and turbulence dynamics
in channel flow over a superhydrophobic surface (SHS). Employing the OpenFOAM …

Steady-state numerical simulations are conducted to analyze viscoplastic flows in a two-
dimensional channel with two superhydrophobic surfaces, featuring grooves with air trapped …

Recognising that surfactants can impede the drag reduction resulting from
superhydrophobic surfaces (SHS), we investigate the impact of spatio–temporal fluctuations …

We investigate turbulent duct flows with a square cross section using well-resolved large-
eddy simulations (LES). A physically consistent subgrid-scale turbulence model based on …

Wall slip is conventionally obtained through riblets or grooves. As riblets are macroscopic
objects, it is usually not practical to discuss slip patterns at the hydraulically smooth limit. Per …

Motivated by microfluidic applications, we investigate drag reduction in laminar pressure-
driven flows in channels with streamwise-periodic superhydrophobic surfaces (SHSs) that …

Research on the flow characteristics and drag reduction effects of superhydrophobic
surfaces (SHS) has been vigorously conducted. In particular, studies utilizing Direct …