An experimental study of the cavitation flow around the National Advisory Committee for
Aeronautics 0012 hydrofoil with different surface morphology was carried out in this work …

We present a method for accurately determining the stability characteristics of spatially
modulated shear layers. The algorithm can handle arbitrary commensurate states, which are …

The effects of small-amplitude, two-dimensional grooves on pressure losses in a laminar
channel flow have been analysed. Grooves with an arbitrary shape and an arbitrary …

Optimal shapes of laminar, drag reducing longitudinal grooves in a pressure driven flow
have been determined. It has been shown that such shapes can be characterized using …

We demonstrate that the relative motion of horizontal parallel plates can be generated using
patterned heating. This movement is driven by nonlinear thermal streaming associated with …

Analysis of convection driven by spatial periodic heating shows a wealth of responses due
to Prandtl number dependence. The primary convection is delineated by the heating …

Modal and nonmodal stability analysis of a channel flow with longitudinal riblets are
investigated. To this extent, a method based on the coupling between a two-dimensional …

A completely spectral algorithm for analysis of flows over corrugated boundaries is
proposed. The algorithm treats the flow problem as an internal rather then a boundary value …

Pressure-gradient-driven flows through sinusoidal channels have been studied. The
analysis was carried out up to the formation of secondary nonlinear states and spanned a …

Linear stability of flow in a diverging–converging channel is considered. The flow may
develop under either the fixed mass or the fixed pressure gradient constraint. Both cases are …