Preparing quality-controlled velocities: Difference between revisions
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# [[Segmenting datasets]] in preparation to estimate velocity spectra | # [[Segmenting datasets]] in preparation to estimate velocity spectra | ||
# [[Rotation of the velocity measurements|Rotate the measurements]] into the flow's frame of reference | # [[Rotation of the velocity measurements|Rotate the measurements]] into the flow's frame of reference | ||
# [[Decomposing velocity measurements|Decompose the velocities]] into the mean | # [[Decomposing velocity measurements|Decompose the velocities]] into the mean and turbulence | ||
When measuring velocities continuously or in long [[Burst sampling|bursts]], some individuals may also [[Detrending time series|detrend the time series]] before beginning any of these processing steps. | When measuring velocities continuously or in long [[Burst sampling|bursts]], some individuals may also [[Detrending time series|detrend the time series]] before beginning any of these processing steps. | ||
Latest revision as of 21:32, 8 July 2026
After the raw velocities are quality-controlled and optionally despiked, velocities must be further processed before analysing the turbulence spectra. The main steps to prepare the quality-controlled velocities for turbulence analysis are the following:
- Replace missing samples discarded during quality-control
- Segmenting datasets in preparation to estimate velocity spectra
- Rotate the measurements into the flow's frame of reference
- Decompose the velocities into the mean and turbulence
When measuring velocities continuously or in long bursts, some individuals may also detrend the time series before beginning any of these processing steps.
Return to Data processing of raw measurements
Continue to Spectral estimates and identifying the inertial subrange
