FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4312076144> ?p ?o ?g. }

• W4312076144 endingPage "125135" @default.
• W4312076144 startingPage "125135" @default.
• W4312076144 abstract "The properties of rotating turbulence driven by precession are studied using direct numerical simulations and analysis of the underlying dynamical processes in Fourier space. The study is carried out in the local rotating coordinate frame, where precession gives rise to a background shear flow, which becomes linearly unstable and breaks down into turbulence. We observe that this precession-driven turbulence is in general characterized by coexisting two dimensional (2D) columnar vortices and three dimensional (3D) inertial waves, whose relative energies depend on the precession parameter $Po$. The vortices resemble the typical condensates of geostrophic turbulence, are aligned along the rotation axis (with zero wavenumber in this direction, $k_z=0$) and are fed by the 3D waves through nonlinear transfer of energy, while the waves (with $k_zneq0$) in turn are directly fed by the precessional instability of the background flow. The vortices themselves undergo inverse cascade of energy and exhibit anisotropy in Fourier space. For small $Po<0.1$ and sufficiently high Reynolds numbers, the typical regime for most geo- and astrophysical applications, the flow exhibits strongly oscillatory (bursty) evolution due to the alternation of vortices and small-scale waves. On the other hand, at larger $Po>0.1$ turbulence is quasi-steady with only mild fluctuations, the coexisting columnar vortices and waves in this state give rise to a split (simultaneous inverse and forward) cascade. Increasing the precession magnitude causes a reinforcement of waves relative to vortices with the energy spectrum approaching Kolmogorov scaling and, therefore, the precession mechanism counteracts the effects of the rotation." @default.
• W4312076144 created "2023-01-04" @default.
• W4312076144 creator A5010429413 @default.
• W4312076144 creator A5013521943 @default.
• W4312076144 creator A5027399500 @default.
• W4312076144 creator A5060442007 @default.
• W4312076144 creator A5090069358 @default.
• W4312076144 date "2022-12-01" @default.
• W4312076144 modified "2023-10-10" @default.
• W4312076144 title "Interplay between geostrophic vortices and inertial waves in precession-driven turbulence" @default.
• W4312076144 cites W1480935442 @default.
• W4312076144 cites W1597359858 @default.
• W4312076144 cites W1950956290 @default.
• W4312076144 cites W1964608917 @default.
• W4312076144 cites W1965257422 @default.
• W4312076144 cites W1968299403 @default.
• W4312076144 cites W1978843152 @default.
• W4312076144 cites W1985216166 @default.
• W4312076144 cites W1988570873 @default.
• W4312076144 cites W1994816531 @default.
• W4312076144 cites W2012295111 @default.
• W4312076144 cites W2013277627 @default.
• W4312076144 cites W2015569180 @default.
• W4312076144 cites W2016447323 @default.
• W4312076144 cites W2018721846 @default.
• W4312076144 cites W2025159738 @default.
• W4312076144 cites W2025423177 @default.
• W4312076144 cites W2027603480 @default.
• W4312076144 cites W2027886507 @default.
• W4312076144 cites W2028498343 @default.
• W4312076144 cites W2029687326 @default.
• W4312076144 cites W2030466299 @default.
• W4312076144 cites W2040820830 @default.
• W4312076144 cites W2043157084 @default.
• W4312076144 cites W2044122315 @default.
• W4312076144 cites W2045444659 @default.
• W4312076144 cites W2052161288 @default.
• W4312076144 cites W2052663370 @default.
• W4312076144 cites W2056873495 @default.
• W4312076144 cites W2059057243 @default.
• W4312076144 cites W2059447375 @default.
• W4312076144 cites W2062520966 @default.
• W4312076144 cites W2063920151 @default.
• W4312076144 cites W2065507914 @default.
• W4312076144 cites W2070424128 @default.
• W4312076144 cites W2073724146 @default.
• W4312076144 cites W2078443453 @default.
• W4312076144 cites W2078555719 @default.
• W4312076144 cites W2080165458 @default.
• W4312076144 cites W2081802808 @default.
• W4312076144 cites W2085187007 @default.
• W4312076144 cites W2085766446 @default.
• W4312076144 cites W2090835797 @default.
• W4312076144 cites W2092924140 @default.
• W4312076144 cites W2093085344 @default.
• W4312076144 cites W2100126184 @default.
• W4312076144 cites W2109429795 @default.
• W4312076144 cites W2111885235 @default.
• W4312076144 cites W2119691913 @default.
• W4312076144 cites W2120570403 @default.
• W4312076144 cites W2122416793 @default.
• W4312076144 cites W2123124652 @default.
• W4312076144 cites W2127111709 @default.
• W4312076144 cites W2147184585 @default.
• W4312076144 cites W2163242093 @default.
• W4312076144 cites W2233443609 @default.
• W4312076144 cites W2277091432 @default.
• W4312076144 cites W2309806981 @default.
• W4312076144 cites W2330008973 @default.
• W4312076144 cites W2338300485 @default.
• W4312076144 cites W2350625611 @default.
• W4312076144 cites W2416424819 @default.
• W4312076144 cites W2507355679 @default.
• W4312076144 cites W2530385908 @default.
• W4312076144 cites W2554757870 @default.
• W4312076144 cites W2627029435 @default.
• W4312076144 cites W2745799716 @default.
• W4312076144 cites W2767640383 @default.
• W4312076144 cites W2777208312 @default.
• W4312076144 cites W2884734747 @default.
• W4312076144 cites W2887126413 @default.
• W4312076144 cites W2892099919 @default.
• W4312076144 cites W2963245390 @default.
• W4312076144 cites W2963432859 @default.
• W4312076144 cites W2974263009 @default.
• W4312076144 cites W2996486899 @default.
• W4312076144 cites W3007055588 @default.
• W4312076144 cites W3012979774 @default.
• W4312076144 cites W3082501248 @default.
• W4312076144 cites W3100726930 @default.
• W4312076144 cites W3100889196 @default.
• W4312076144 cites W3101566464 @default.
• W4312076144 cites W3102303462 @default.
• W4312076144 cites W3102477591 @default.
• W4312076144 cites W3103733736 @default.
• W4312076144 cites W3134872464 @default.
• W4312076144 cites W3191654700 @default.
• W4312076144 cites W3215241328 @default.

• next