2008•JOURNAL OF THE JAPAN SOCIETY FOR AERONAUTICAL AND SPACE SCIENCESOpen access

Spectrum Analysis for Turbulence and Induced Accelerations

Masayuki J. Sato, Eiichi ENDO

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Abstract

This paper reports the spectrum analysis result for turbulence and the induced vertical accelerations of aircraft. The flight data obtained in real flight are analyzed in frequency domain. The obtained power spectrum density of turbulence are compared with a well-known continuous gust model, i.e.\ obreakspace {}Dryden model, and it is confirmed that the Dryden model can represent such turbulence with appropriately defined gains. The dominant frequency range of the induced vertical accelerations is confirmed to be almost less than 0.5 Hz.

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This paper reports the spectrum analysis result for turbulence and the induced vertical accelerations of aircraft. The flight data obtained in real flight are analyzed in frequency domain. The obtained power spectrum density of turbulence are compared with a well-known continuous gust model, i.e.\ obreakspace {}Dryden model, and it is confirmed that the Dryden model can represent such turbulence with appropriately defined gains. The dominant frequency range of the induced vertical accelerations is confirmed to be almost less than 0.5 Hz.

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Available abstract

This paper reports the spectrum analysis result for turbulence and the induced vertical accelerations of aircraft. The flight data obtained in real flight are analyzed in frequency domain. The obtained power spectrum density of turbulence are compared with a well-known continuous gust model, i.e.\ obreakspace {}Dryden model, and it is confirmed that the Dryden model can represent such turbulence with appropriately defined gains. The dominant frequency range of the induced vertical accelerations is confirmed to be almost less than 0.5 Hz.

Key concepts: Turbulence, Clear-air turbulence, Spectral density, Range (aeronautics), Frequency domain, K-epsilon turbulence model, Physics, K-omega turbulence model

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