In fluid dynamics, predicting and characterizing bifurcations, from the onset of unsteadiness
to the transition to turbulence, is of critical importance for both academic and industrial …

This work investigates nonlinear dimensionality reduction as a means of improving the
accuracy and stability of reduced-order models of advection-dominated flows. Nonlinear …

This paper examines the three-dimensional cellular patterns appearing on wings in
subsonic stall and transonic buffet conditions. Unsteady Reynolds-averaged Navier–Stokes …

We use resolvent analysis to develop a physics-based, open-loop, unsteady control strategy
to attenuate pressure fluctuations in turbulent flow over a rectangular cavity with a length-to …

Global stability modes of flows provide significant insight into their dynamics. Direct methods
to obtain these modes are restricted by the daunting sizes and complexity of Jacobians …

Superhydrophobic surfaces dramatically reduce the skin friction of overlying liquid flows,
providing a lubricating layer of gas bubbles trapped within their surface nano-sculptures …

A comprehensive study of the two-dimensional incompressible shear-driven flow in an open
square cavity is carried out. Two successive bifurcations lead to two limit cycles with different …

Massive computations of three-dimensional (3D) flow in subcritical flow state are carried out
to investigate the transition from 3D steady flow to time-periodic oscillatory flow via Hopf …

Fluid–acoustic interactions are important in a variety of applications and typically result in
adverse effects. We analyze the influence of Mach number on such interactions and their …

A novel mechanism is identified, through which a spanwise-invariant surface feature (a two-
dimensional forward-facing step) significantly stabilizes the stationary crossflow instability of …