Many flows that are expected to be symmetric are actually observed to be asymmetric. The
appearance of asymmetry in the face of no particular cause is a widespread although …

An experimental study was performed on two elongated bluff bodies with underbody gaps, a
square-back Ahmed body and a cuboid, to investigate the effects of geometry and the …

The effect of a free-stream turbulence intensity level on the wake dynamics of a square-back
Ahmed body is modeled using the improved delayed detached eddy simulation at Re= 9.6× …

The wake dynamics of two referenced variations of the squareback Windsor model with and
without wheels is numerically studied by performing improved delayed detached eddy …

This paper investigates the effects of approach flow conditions on the unsteady three-
dimensional wake characteristics of a square-back Ahmed body using improved delayed …

The turbulent wake behind a square-back Ahmed body in close proximity to the ground
exhibits bimodal switching. This manifests as the center of the wake switching between one …

Large eddy simulations are used to explore the influence of floor motions on asymmetric
flows around a notchback bluff body. The focus of this study is on the aerodynamic forces …

Turbulent bluff body flows exhibit large-scale, low frequency dynamics associated with
symmetry breaking in the wake which compromise stability and increase surface pressure …

The feasibility and applicability of instantaneous load cell measurements are characterised
for the monitoring of the dynamic state of the flow around a bluff body. The present study …

This thesis investigates the effects of approach flow conditions on the unsteady three-
dimensional (3D) wake characteristics of a square back Ahmed body using improved …