Thermoacoustic instability in turbulent combustors is a nonlinear phenomenon resulting
from the interaction between acoustics, hydrodynamics, and the unsteady flame. Over the …

To meet stringent NO x emission requirements, lean premixed swirling combustion
technology is widely applied in power generation and propulsion systems. However, such …

The response of ultra-lean flames, stabilised in a porous burner, to the fluctuations imposed
on the fuel flow rate is investigated experimentally. The study is motivated by the likelihood …

We take a complex systems approach to investigating experimentally the collective
dynamics of a network of four self-excited thermoacoustic oscillators coupled in a ring. Using …

We numerically study the spatiotemporal dynamics and early detection of thermoacoustic
combustion instability in a model rocket combustor using the theories of complex networks …

This paper presents an experimental investigation of combustion instability and flame
dynamics in a laboratory-scale lean premixed prevaporized centrally staged combustor …

Many of the real world systems are highly complex with little or no apriori information about
the underlying dynamics. We have to depend mostly on measurements or observations of …

This paper examines the effects of swirl hot co-flow on the combustion behavior of a
moderate or intense low oxygen dilution (MILD) burner fueled by a mixture of methane and …

We present an experimental study on the characterization of dynamic behavior of flow
velocity field during thermoacoustic combustion oscillations in a turbulent confined …

Due to the shortage in electricity supply in Nigeria, there is a need to improve the alternative
power generation from wind energy by analysing the wind speed data available in some …