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 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 …

A fully three-dimensional linear stability analysis is carried out to investigate the unstable
bifurcations of a compressible viscous fluid past a sphere. A time-stepper technique is used …

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

This paper presents data from numerical simulation of the flow over a cylinder confined in a
channel at Reynolds number of 3,900. Direct numerical simulation (DNS) of the flow field …

This study summarises some new characteristics of the fluid flow over a confined circular
cylinder at low Reynolds numbers. Results from both two-and three-dimensional direct …

We study the flow past a permeable sphere modeled using homogenization theory. The flow
through the porous medium is described by the Darcy law, in which the permeability …

The laminar sphere unstable bifurcations are sought at a Mach number of M∞= 1.2. Global
stability performed on steady axisymmetric base flows determines the regular bifurcation …

The unsteady wake downstream of a spinning sphere with a Reynolds number of 7930 (⁠ R
e= U o D/ν⁠, based on the sphere diameter and the free-stream velocity) and a range of …

The aerodynamic forces on a sphere with a rough surface were measured in a water tunnel
at a Reynolds number of 7930 and for a range of spinning ratios (α) from 0 to 6.0. The time …