Matches in Nanopublications for { ?s ?p <https://doi.org/10.1017/jfm.2025.10314> ?g. }
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- The%20spanwise%20Castaing%20parameter%20profiles%20confirm%20the%20appearance%20of%20rings%20of%20internal%20intermittency%20at%20the%20outermost%20parts%20of%20the%20wakes. obtainsSupportFrom jfm.2025.10314 assertion.
- These%20rings%20are%20the%20first%20feature%20to%20interact%20between%20the%20discs. obtainsSupportFrom jfm.2025.10314 assertion.
- After%20this%20point%2C%20the%20turbulence%20develops%20to%20a%20state%20whereby%20an%20inertial%20range%20is%20observable%20in%20the%20spectra. obtainsSupportFrom jfm.2025.10314 assertion.
- Farther%20downstream%2C%20the%20internal%20intermittency%20shows%20the%20classical%20features%20of%20homogeneous%2C%20isotropic%20turbulence. obtainsSupportFrom jfm.2025.10314 assertion.
- These%20events%20are%20repeatable%20and%20occur%20in%20the%20same%20order%20for%20both%20types%20of%20porous%20discs. obtainsSupportFrom jfm.2025.10314 assertion.
- For%20the%20N1.5%20case%2C%20the%20two%20N%20disc%20wakes%20have%20already%20merged%20to%20a%20single%20velocity%20profile%20at%208D%20downstream%20with%20one%20distinct%20mean%20velocity%20minimum%20at%20y%2FD%20%3D%200. obtainsSupportFrom jfm.2025.10314 assertion.
- This%20combined%20velocity%20deficit%20is%20higher%20than%20the%20maximum%20velocity%20deficit%20of%20the%20single%20N%20disc. obtainsSupportFrom jfm.2025.10314 assertion.
- These%20wakes%20met%20between%203.5D%20and%205D%20for%20an%20equivalent%20spacing%20depending%20on%20rotational%20direction. obtainsSupportFrom jfm.2025.10314 assertion.
- The%20Castaing%20parameter%20along%20the%20centreline%20between%20the%20two%20discs%20increases%20once%20the%20intermittency%20rings%20meet%2C%20indicating%20wake%20interaction. obtainsSupportFrom jfm.2025.10314 assertion.
- The%20downstream%20position%20where%20the%20individual%20rings%20of%20intermittency%20meet%20was%20defined%20as%20the%20wake-interaction%20point. obtainsSupportFrom jfm.2025.10314 assertion.
- Farther%20downstream%20the%20turbulence%20spectrum%20reached%20a%20near%20-5%2F3%20slope%20in%20its%20inertial%20region%2C%20which%20was%20defined%20as%20the%20first%20indication%20of%20developed%20turbulence. obtainsSupportFrom jfm.2025.10314 assertion.
- Once%20the%20internal%20intermittency%20at%20spatial%20scale%20%CF%81%20%E2%89%88%20D%20had%20decreased%20back%20to%20approximately%20zero%2C%20the%20flow%20reached%20its%20fully%20developed%20far-field%20state. obtainsSupportFrom jfm.2025.10314 assertion.
- Neither%20dual-disc%20wake%20with%203D%20disc%20spacing%20reaches%20fully%20developed%20turbulence%20within%20the%20measurement%20domain. obtainsSupportFrom jfm.2025.10314 assertion.
- The%20same%20wake%20interaction%20and%20merging%20events%20occur%20in%20the%20same%20order%20for%20both%20disc%20designs. obtainsSupportFrom jfm.2025.10314 assertion.
- Wake%20merging%20occurs%20at%20a%20shorter%20downstream%20distance%20for%20closely%20spaced%20porous%20discs%20compared%20to%20isolated%20discs. obtainsSupportFrom jfm.2025.10314 assertion.
- The%20transition%20to%20a%20fully%20turbulent%20wake%20is%20accelerated%20in%20the%20interacting%20wakes%20of%20side-by-side%20porous%20discs. obtainsSupportFrom jfm.2025.10314 assertion.
- The%20mean%20velocity%20deficit%20in%20the%20merged%20wake%20region%20is%20less%20than%20the%20sum%20of%20individual%20deficits%20from%20isolated%20discs. obtainsSupportFrom jfm.2025.10314 assertion.
- Turbulence%20intensity%20is%20elevated%20in%20the%20merged%20wake%20region%20compared%20to%20the%20wake%20of%20a%20single%20porous%20disc. obtainsSupportFrom jfm.2025.10314 assertion.
- The%20spectral%20characteristics%20of%20the%20merged%20wake%20show%20a%20broader%20inertial%20subrange%20than%20isolated%20wakes. obtainsSupportFrom jfm.2025.10314 assertion.
- Lateral%20spacing%20between%20porous%20discs%20influences%20the%20symmetry%20and%20coherence%20of%20the%20merged%20wake. obtainsSupportFrom jfm.2025.10314 assertion.