Matches in SemOpenAlex for { <https://semopenalex.org/work/W1998813370> ?p ?o ?g. }
- W1998813370 endingPage "19" @default.
- W1998813370 startingPage "19" @default.
- W1998813370 abstract "The evolution of a stratified shear layer with mean shear in the horizontal direction, orthogonal to gravity, is numerically investigated with focus on the structural organization of the vorticity and density fields. Although the Reynolds number of the flow increases with time, facilitating instabilities and turbulence, the bulk Richardson number signifying the level of stratification also increases. Remarkably rich dynamics is found: turbulence; the emergence of coherent core/braid regions from turbulence; formation of a lattice of dislocated vortex cores connected by thin horizontal sheets of collapsed density and vorticity; density-driven intrusions at the edges of the shear layer; and internal wave generation and propagation. Stratification introduces significant vertical variability although it inhibits the vertical velocity. The molecular dissipation of turbulent kinetic energy and of turbulent potential energy are both found to be substantial even in the case with highest stratification, and primarily concentrated in thin horizontal sheets. The simulation data are used to help explain how buoyancy induces the emergence of columnar vortex cores from turbulence and then dislocates these cores to eventually form a lattice of ‘pancake’ eddies connected by thin sheets with large vertical shear (horizontal vorticity) and density gradient." @default.
- W1998813370 created "2016-06-24" @default.
- W1998813370 creator A5008125544 @default.
- W1998813370 creator A5022556907 @default.
- W1998813370 date "2006-11-10" @default.
- W1998813370 modified "2023-10-18" @default.
- W1998813370 title "Dynamics of a stratified shear layer with horizontal shear" @default.
- W1998813370 cites W1965184086 @default.
- W1998813370 cites W1967927544 @default.
- W1998813370 cites W1968691801 @default.
- W1998813370 cites W1968859029 @default.
- W1998813370 cites W1971569867 @default.
- W1998813370 cites W1972686412 @default.
- W1998813370 cites W1981311259 @default.
- W1998813370 cites W1981468171 @default.
- W1998813370 cites W1983111836 @default.
- W1998813370 cites W1986174599 @default.
- W1998813370 cites W1988285831 @default.
- W1998813370 cites W1990610533 @default.
- W1998813370 cites W1993962781 @default.
- W1998813370 cites W2008291816 @default.
- W1998813370 cites W2008913766 @default.
- W1998813370 cites W2011109235 @default.
- W1998813370 cites W2011175928 @default.
- W1998813370 cites W2014183373 @default.
- W1998813370 cites W2014644502 @default.
- W1998813370 cites W2020811841 @default.
- W1998813370 cites W2021782603 @default.
- W1998813370 cites W2022300053 @default.
- W1998813370 cites W2023465560 @default.
- W1998813370 cites W2025680060 @default.
- W1998813370 cites W2026831089 @default.
- W1998813370 cites W2027297032 @default.
- W1998813370 cites W2030582828 @default.
- W1998813370 cites W2032038522 @default.
- W1998813370 cites W2033870566 @default.
- W1998813370 cites W2034039529 @default.
- W1998813370 cites W2035087720 @default.
- W1998813370 cites W2038443410 @default.
- W1998813370 cites W2041550297 @default.
- W1998813370 cites W2044948825 @default.
- W1998813370 cites W2045778266 @default.
- W1998813370 cites W2068170437 @default.
- W1998813370 cites W2068204246 @default.
- W1998813370 cites W2071145228 @default.
- W1998813370 cites W2074370650 @default.
- W1998813370 cites W2079890884 @default.
- W1998813370 cites W2080130441 @default.
- W1998813370 cites W2080468988 @default.
- W1998813370 cites W2083140997 @default.
- W1998813370 cites W2084614749 @default.
- W1998813370 cites W2085439248 @default.
- W1998813370 cites W2089944892 @default.
- W1998813370 cites W2090504076 @default.
- W1998813370 cites W2092155508 @default.
- W1998813370 cites W2092462955 @default.
- W1998813370 cites W2093479821 @default.
- W1998813370 cites W2100621925 @default.
- W1998813370 cites W2100974402 @default.
- W1998813370 cites W2102916184 @default.
- W1998813370 cites W2106484621 @default.
- W1998813370 cites W2108669549 @default.
- W1998813370 cites W2111677524 @default.
- W1998813370 cites W2118950972 @default.
- W1998813370 cites W2120626708 @default.
- W1998813370 cites W2121963809 @default.
- W1998813370 cites W2129362679 @default.
- W1998813370 cites W2131621473 @default.
- W1998813370 cites W2133698055 @default.
- W1998813370 cites W2135353663 @default.
- W1998813370 cites W2137884099 @default.
- W1998813370 cites W2142985151 @default.
- W1998813370 cites W2144435439 @default.
- W1998813370 cites W2148752137 @default.
- W1998813370 cites W2157396194 @default.
- W1998813370 cites W2159835747 @default.
- W1998813370 cites W2160428180 @default.
- W1998813370 cites W2161236007 @default.
- W1998813370 cites W2162557716 @default.
- W1998813370 cites W2167101522 @default.
- W1998813370 cites W2168027293 @default.
- W1998813370 cites W3146001396 @default.
- W1998813370 cites W428197819 @default.
- W1998813370 cites W76381138 @default.
- W1998813370 cites W3139545192 @default.
- W1998813370 doi "https://doi.org/10.1017/s0022112006001686" @default.
- W1998813370 hasPublicationYear "2006" @default.
- W1998813370 type Work @default.
- W1998813370 sameAs 1998813370 @default.
- W1998813370 citedByCount "58" @default.
- W1998813370 countsByYear W19988133702012 @default.
- W1998813370 countsByYear W19988133702013 @default.
- W1998813370 countsByYear W19988133702014 @default.
- W1998813370 countsByYear W19988133702015 @default.
- W1998813370 countsByYear W19988133702016 @default.
- W1998813370 countsByYear W19988133702017 @default.
- W1998813370 countsByYear W19988133702018 @default.
- W1998813370 countsByYear W19988133702019 @default.