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Combustion oscillations in a supersonic combustor with hydrogen injection upstream of a cavity flameholder are investigated using nonlinear analysis based on experimental measurements. Time series of both flamefront and wall pressure are acquired, and the state space reconstruction approach is adopted to characterize the nonlinear behavior of the combustion oscillations. Three overall equivalence...
To investigate the relationship among the fractal dimension, the combustion degree, and the stability of flame in supersonic combustion, photos of OHldr radicals spontaneity radiation were taken and the large Eddy simulation was used to calculate supersonic hydrogen combustion. As cavity is the flame holder in strongly turbulent supersonic combustion, different structural cavities were studied via...
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