Add to ORKGThis paper concerns the study of high Reynolds and high swirl number flow through the use of PIV measurements and Dynamic Mode Decomposition (DMD) analysis. Principles governing DMD are briefly recalled, then the use of DMD is demonstrated by analysing the acquired PIV data in order to study the dominant dynamics of the system and extracting relevant morphology via DMD modes, focusing the attention on phenomenon known as Precessing Vortex Core (PVC)
Swirl stabilised flows are the most common technology for gas turbine combustion stabilisation. Alth...
International audienceDespite being good candidates for the reduction of pollutant emissions from ga...
This work analyses the isothermal flow field of a research burner exploiting both swirl and radially...
This paper concerns the study of high Reynolds and high swirl number flow through the use of PIV mea...
This work mainly focused on the near-exit region of a round isothermal free swirling jet to characte...
An experimental analysis of the Precessing Vortex Core (PVC) instability in a free swirling jet of a...
This paper reports an experimental investigation on the dynamics of turbulent unconfined swirling fl...
An experimental analysis of the Precessing Vortex Core (PVC) instability in a free swirling jet of a...
This work is focused on the near-exit region of a round isothermal free swirling jet to characterize...
Entrainment is of crucial importance in many engineering applications, while the relevance of swirli...
Swirl stabilised flows are the most common technology for gas turbine combustion stabilisation. Alth...
International audienceDespite being good candidates for the reduction of pollutant emissions from ga...
This work analyses the isothermal flow field of a research burner exploiting both swirl and radially...
This paper concerns the study of high Reynolds and high swirl number flow through the use of PIV mea...
This work mainly focused on the near-exit region of a round isothermal free swirling jet to characte...
An experimental analysis of the Precessing Vortex Core (PVC) instability in a free swirling jet of a...
This paper reports an experimental investigation on the dynamics of turbulent unconfined swirling fl...
An experimental analysis of the Precessing Vortex Core (PVC) instability in a free swirling jet of a...
This work is focused on the near-exit region of a round isothermal free swirling jet to characterize...
Entrainment is of crucial importance in many engineering applications, while the relevance of swirli...
Swirl stabilised flows are the most common technology for gas turbine combustion stabilisation. Alth...
International audienceDespite being good candidates for the reduction of pollutant emissions from ga...
This work analyses the isothermal flow field of a research burner exploiting both swirl and radially...
