Numerical simulations of multiphase flows with both interfaces and discrete particles are
challenging because they possess a wide range of length and time scales. Meanwhile, the …

Porous walls are a widely used passive flow control technique, which shows potential in
reducing skin friction and mitigating flow-introduced noise. In the present study, porous …

Further insight into the physics of boundary layers developing over an array of circular
cavities at moderate Reynolds numbers (R e θ up to 3400) is gained from hot wire boundary …

The hydrodynamics in a straight rectangular open channel containing novel lateral cavities
constructed by an array of square emergent vegetation patches discontinuously distributed …

The complex surface of an aircraft generates a nonzero pressure gradient flow. In this study,
the boundary conditions of favorable and adverse pressure gradients are constructed in a …

Response details are presented of small-scale Helmholtz resonators excited by grazing
turbulent boundary layer flow. A particular focus lies on scaling of the resonance, in relation …

This study experimentally investigated the impacts of rough and porous (RP) bed and
sedimentation processes on the coherent structures, turbulence intermittency, and …

This study investigates the potential of finite-length porous surfaces with a subsurface
chamber for the control of the turbulent boundary layer. The effect of the subsurface chamber …

The potential of frequency-tuned surfaces as a passive control strategy for reducing drag in
wall-bounded turbulent flows is investigated using resolvent analysis. These surfaces are …

Flow and aerothermal characteristics of rarefied hypersonic flows passing through slender
cavities are investigated comprehensively using the direct simulation Monte Carlo (DSMC) …