Dataset containing pertinent data of
"Modal analysis of a laminar-flow airfoil under buffet conditions at Re=500,000.",
M. Zauner and N. D. Sandham, Flow, Turbulence and Combustion, 2019
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Data is stored as .plt files, which can be opened by tecplot or paraview.
Corresponding .lay files can be used to reproduce figures using tecplot
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CONTENT:
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- Figure 2(a)&Figure 10: 
Lift-coefficient as a function of time for the 4deg and 3deg case
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Figure 2(b):
Wall-pressure Coefficient (Cp) as a function of x for 4deg case: 
AVRG -> total average
LLP -> phase averaged during low-lift phases 
HLP -> phase averaged during high-lift phases 
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Figure 2(c):
Root-mean-square (rms) of suction-side wall density as a function of x for 4deg:
Rho_rms_unfiltered -> rms unfiltered
Rho_rms_St<0.2 -> rms band-pass filtered for Strouhal numbers < 0.2
Rho_rms_St>0.2 -> rms band-pass filtered for Strouhal numbers > 0.2
Rho_avrg -> total average of wall density
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Figure 3(b): 
Following quantities are monitored along a gridiline with eta=const.=200 (eta is the curvilinear coordinate in the radial direction) for 4deg:
x -> chord position
time -> simulation time
r -> density
p -> pressure
vel -> velocity
Ma -> Mach number
dpdx -> streamwise pressure gradient
*_avrg -> time averaged quantities
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Figure 13(a): 
2D Snapshot for 3deg containing:
x,y,z -> Cartesian coordinates
RHO -> density
RHO-U -> momentum in x
RHO-V -> momentum in y
RHO-W -> momentum in z
E -> total energy
Geometry of eta=200 and eta=400 gridlines
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Figure 13(b): 
Following quantities are monitored along a gridiline with eta=const.=200 (eta is the curvilinear coordinate in the radial direction) for 3deg:
x -> chord position
time -> simulation time
r -> density
p -> pressure
vel -> velocity
Ma -> Mach number
dpdx -> streamwise pressure gradient
*_avrg -> time averaged quantities
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Figure 13(c): 
Following quantities are monitored along the surface with eta=const.=1 (eta is the curvilinear coordinate in the radial direction) for 3deg:
x -> chord position
time -> simulation time
r -> density
dpdx -> streamwise pressure gradient
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Figure 13(d): 
Following quantities are monitored along a gridiline with eta=const.=400 (eta is the curvilinear coordinate in the radial direction) for 3deg:
x -> chord position
time -> simulation time
r -> density
p -> pressure
vel -> velocity
Ma -> Mach number
dpdx -> streamwise pressure gradient
*_avrg -> time averaged quantities
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Figure 14: 
Fourier band-filtered space/time diagrams of the surface density for frequency ranges between (a) St<0.2 and (b) 0.2<St<1 for pressure and suction side of 3deg case.