LES of shock wave / turbulent boundary layer interaction
LES of shock wave / turbulent boundary layer interaction
LES of shock wave / turbulent boundary layer interaction
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Nomenclature<br />
XI<br />
Subscripts<br />
• S<br />
• R<br />
• 0<br />
• ∞<br />
• VD<br />
• w<br />
separation<br />
reattachment<br />
undisturbed <strong>boundary</strong> <strong>layer</strong><br />
free-stream<br />
van-Driest transformed<br />
at the wall<br />
Superscripts<br />
• c<br />
• ′<br />
• ′′<br />
• +<br />
contravariant component<br />
fluctuation with respect to Reynolds averged quantity<br />
fluctuation with respect to Favre averged quantity<br />
in wall units<br />
• ∗ dimensional quantity 1<br />
Abbreviations<br />
ADM<br />
DES<br />
DNS<br />
<strong>LES</strong><br />
LIA<br />
LSSM<br />
MI<strong>LES</strong><br />
RANS<br />
RDT<br />
RMS<br />
RRM<br />
SGS<br />
SRA<br />
SWTBLI<br />
TKE<br />
appoximate deconvolution model<br />
detached-eddy simulation<br />
direct numerical simulation<br />
large-eddy simulation<br />
linear <strong>interaction</strong> analysis<br />
large-scale <strong>shock</strong> motion<br />
monotonically integrated large-eddy simulation<br />
Reynolds-averged Navier-Stokes<br />
rapid distortion theory<br />
root-mean square<br />
rescaling-recycling method<br />
subgrid-scale<br />
strong Reynolds analogy<br />
<strong>shock</strong> <strong>wave</strong> / <strong>turbulent</strong> <strong>boundary</strong> <strong>layer</strong> <strong>interaction</strong><br />
<strong>turbulent</strong> kinetic energy<br />
1 All results are presented in non-dimensional form. The reference parameters are<br />
given in section 2.2 (page 21), see also table 1.2 (page 14)
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