Combinations of small quantities of fuel and imposed oscillations are shown to ameliorate
combustion oscillations in ducted flows of premixed methane and air with equivalence ratios …

The mechanisms responsible for driving and damping of pressure oscillations in a
laboratory combustor have been investigated. The chamber contains a turbulent …

THIS note describes an investigation of the nonlinear interactions between natural acoustic
modes and forced oscillations in an unstable combustor. Such instabilities are a serious …

The paper presents the results of a study of active control of oscillations with a single
dominant frequency in premixed flames stabilised behind a disk and a rearward-facing step …

Naturally occurring oscillations in ducted premixed flames have been controlled by imposed
oscillation of the fuel. The flames were stabilised behind a bluff-body and a step with …

▪ Abstract Early work and recent advances in feedback control of combustion oscillations are
described. The physics of combustion oscillations, most commonly caused by a coupling …

Experiments have been performed to quantify the isothermal and combusting flows
downstream of a plane sudden-expansion. The detailed measurements correspond to an …

A novel technique for controlling oscillating combustion is proposed and demonstrated. For
oscillations that exist over a limited range of equivalence ratios, we suggest that periodic …

MOST aircraft engines, afterburners, and land-based gas and liquid-fired combustors under
some operating conditions exhibit combustion-induced instability of one form or the other …

The extent to which imposed oscillations were able to reduce emissions of nitrogen oxides
(NOx) has been quantified in ducted, bluff-body stabilized flames and in a sector of a gas …