In a thermoacoustic system, such as a flame in a combustor, heat release oscillations couple
with acoustic pressure oscillations. If the heat release is sufficiently in phase with the …

The present work is concerned with the lift forces acting on particles immersed in an
unbounded fluid. Both mechanisms due to rotation of the particle and vorticity of the fluid …

The study of the stability of a dynamical system described by a set of partial differential
equations (PDEs) requires the computation of unstable states as the control parameter …

The aim of this paper is to provide a complete description of the bifurcation scenario of a
uniform flow past a rotating circular cylinder up to. Linear stability theory is used to depict the …

This work studies the three-dimensional flow dynamics around a rotating circular cylinder of
finite length, whose axis is positioned perpendicular to the streamwise direction. Direct …

The wake flow past a streamwise rotating sphere is a canonical model of numerous
applications, such as particle-driven flows, sport aerodynamics and freely rising or falling …

Lift force on a spherical droplet in a viscous linear shear flow Page 1 J. Fluid Mech. (2024), vol.
1000, A88, doi:10.1017/jfm.2024.1072 Lift force on a spherical droplet in a viscous linear shear …

We report on a series of fully resolved simulations of the flow around a rigid sphere
translating steadily near a wall, either in a fluid at rest or in the presence of a uniform shear …

Abstract Iterative steady Reynolds-averaged Navier–Stokes (RANS) solvers are widely used
to obtain polars representing the aerodynamic characteristics of airfoils. Unsteadiness is …

The prediction of trajectories of buoyancy-driven objects immersed in a viscous fluid is a key
problem in fluid dynamics. Simple-shaped objects, such as disks, present a great variety of …