Novel combustion instability diagnosis method in a hydrogen/natural gas co-firing gas turbine combustor using a combination of four criteria: Temporal kurtosis, permutation entropy, energy of entropy, and zero-crossing rate

Jang, Dae Jin; Joo, Seongpil; Kim, Min Kuk; Hwang, Jeongjae; Lee, Min Chul

doi:10.1016/j.ijhydene.2024.08.360

International Journal of Hydrogen Energy

2024

DOI: 10.1016/j.ijhydene.2024.08.360

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Novel combustion instability diagnosis method in a hydrogen/natural gas co-firing gas turbine combustor using a combination of four criteria: Temporal kurtosis, permutation entropy, energy of entropy, and zero-crossing rate

Dae Jin Jang,

Seongpil Joo,

Min Kuk Kim

et al.

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Novel combustion instability diagnosis method in a hydrogen/natural gas co-firing gas turbine combustor using a combination of four criteria: Temporal kurtosis, permutation entropy, energy of entropy, and zero-crossing rate

Cited by 2 publications

References 36 publications

Latent space-based machine learning prediction of coupled flame-flow fields in a hydrogen-enriched syngas combustor

Latent space-based machine learning prediction of coupled flame-flow fields in a hydrogen-enriched syngas combustor

Research on arc fault classification and identification of airborne ACIPDS based on GA-RF

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