COMPUTATIONAL INVESTIGATION ON THE EFFECT OF THE OXIDIZER INLET TEMPERATURE ON COMBUSTION INSTABILITY

von Harvazinski, Matthew E.
Veröffentlicht in AIAA Propulsion and Energy Forum (2019 : Indianapolis, Ind.) Liquid propulsion ; Volume 1 of 2 (2019)

CAUSAL ANALYSIS OF FLOW PHYSICS USING TRANSFER ENTROPY

von Omata, Noriyasu
Veröffentlicht in AIAA Aviation Forum (2020 : Online) Flow control (2020)

THERMOACOUSTIC COUPLING MECHANISM OF COMBUSTION INSTABILITY IN A CONTINUOUSLY VARIABLE RESONANCE COMBUSTOR

von Koizumi, Hiroshi
Veröffentlicht in AIAA SciTech Forum and Exposition (2020 : Orlando, Fla.) Fluid dynamics ; Volume 4 of 7 (2020)

CAUSAL ANALYSIS OF FLOW PHYSICS USING TRANSFER ENTROPY

von Omata, Noriyasu
Veröffentlicht in AIAA Aviation Forum (2020 : Online) Fluid dynamics ; Volume 1 of 3 (2020)