======Combined Flow and Deformation Measurements of FSI-Induced Oscillation of a Bluff Flexible Structure in Uniform Flows======
=====Experiments by Pereira Gomes and Lienhart=====

----

====Description====

Characterisation of the FSI-induced two-dimensional limit-cycle oscillation (LCO) 
of a flexible structure consisting of a bluff front end in uniform flows. The 
measurements were performed for different fluid viscosities and approaching
flow velocities and covered both laminar and turbulent flow regimes. In total, 2 
test cases were measured in laminar and 1 test case in turbulent flows. The measurements 
in the turbulent regime were conducted in water, whereas a 
highly viscous polyethylene glycol (PEG) syrup was chosen as test liquid for the 
tests in laminar flows.

A complete description of the present set of experiments is available as a PDF file:
{{figs:case088:l_data_description.pdf|l_data_description.pdf}}.

====Geometrical parameters====

===Model definition===

The structure model is presented in <imgref cas88-geom1>. It consists of a 0.04 mm
thick stainless-steel sheet attached to a free rotating 22 mm diameter circular cylinder. 
At the trailing edge of the thin sheet, a rectangular mass was attached. 
The overall length of the model was defined as 82 mm and the spanwise dimension was 
chosen to be equal to the spanwise dimension of the test section, to guarantee the 
two-dimensionality of the experiments. Just a small gap of 1.5 mm between the model and the walls 
of the test section was set in order to avoid any possible friction between the moving parts of 
the model and the walls.

<imgcaption cas88-geom1|Flexible structure model>{{ figs:case088:f2m_ch_model.png |Flexible structure model}}</imgcaption>


The geometric definition of the model is presented in <imgref cas88-geom2>. The table below summarizes 
the mechanical and dynamic properties of this model.

^  Property  ^  Value  ^
| \(\rho_{front body}\) [kg/m<sup>3</sup>]  |  \(2828\)  |
| \(E_{thin sheet}\)  [kN/mm<sup>2</sup>]   |  \(200\)  |
| \(\rho_{thin sheet}\) [kg/m<sup>3</sup>]  |  \(7855\)  |
| \(\rho_{rear mass}\) [kg/m<sup>3</sup>]     |  \(7800\)  |
| \(m\) [g]                                 |  \(248.8\)  |
| \(I_0\) [kg m<sup>2</sup>]                |  \(2.59\times 10^{-4}\)  |
| \(x_{CM}\) [mm]                          |  \(15.20\)  |
| \(f_0\) [Hz]                              |  \(1.90\)  |
| \(f_1\) [Hz]                              |  \(5.89\)  |
| \(f_2\) [Hz]                              |  \(27.43\)  |
| \(f_3\) [Hz]                              |  \(92.73\)  |

<imgcaption cas88-geom2|Geometry of the flexible structure model (dimensions in mm)>{{ figs:case088:model_geometry.png |Model geometry}}</imgcaption>

===Flow domain definition===

The measurements were conducted in a vertical, closed-loop tunnel capable of operating 
with liquids of different viscosities. The spatial dimensions of the tunnel test
section are shown in <imgref cas88-geom3>. It had a 180 mm x 240 mm cross-sectional 
area and a total length of 380 mm. As a direct consequence of the vertical orientation 
of the tunnel, the gravity force was aligned with the flow (\(x\) axis, see <imgref cas88-geom3>). 
In this way, the gravity force did not introduce any asymmetry in the experiments. 
The test model was mounted 55 mm downstream of the inlet plane of the test section with 
a free rotational degree-of-freedom. The supporting system used two low friction bearings
and was designed to guarantee frictionless rotation of the model around the 
\(z\) axis (see <imgref cas88-geom3>).

<imgcaption cas88-geom3|Test section geometry (dimensions in mm)>{{ figs:case088:test_section_geometry.png |Test section geometry}}</imgcaption>

====Flow parameters====

The fluid properties and inlet velocities for the different test cases are summarized in the table below. 
Within the temperature range of the tests, the kinematic viscosity and density of the fluid were measured 
to be constant.


^ Test case  ^  \(U_{\infty}\)  [m/s]  ^  \(Re\) [-]  ^  \(\nu\) [m<sup>2</sup>/s]  ^  \(\rho\) [kg/m<sup>3</sup>]   ^
| LL1  |  \(1.07\)  |  \(145\)   |  \(1.64times 10^{-4}\)    |  \(1050\)  |
| LL2  |  \(1.45\)  |  \(195\)  |  \(1.64\times 10^{-4}\)    |  \(1050\)  |
| TL1  |  \(0.68\)  |  \(15400\)  |  \(0.97\times 10^{-6}\)  |  \(998\)   |

The test cases inlet velocity conditions were characterized, in the absence of any 
model, at the location \(x = -55\) mm in the centre plane of the test section 
(\(z=0\) mm, see <imgref cas88-geom3>). The flow angularity was measured to be less than 
0.5<sup>o</sup> and the RMS value associated with the fluctuation of the magnitude 
of the velocity was less that 1%. These values, and also the mean flow velocity, 
corresponded to the interval -85 mm \(\le y \le \) 85 mm. The inlet velocity 
profile is available for each test case in the following files:

^  Test case  ^  File name  ^
| LL1 (\(U_{\infty}=1.07\) m/s)  |  {{cdata:case088:ll1:ll1_inlet_velocity_profile.dat|ll1_inlet_velocity_profile.dat}}  |
| LL2 (\(U_{\infty}=1.45\) m/s)  |  {{cdata:case088:ll2:ll2_inlet_velocity_profile.dat|ll2_inlet_velocity_profile.dat}}  |
| TL1 (\(U_{\infty}=0.68\) m/s)  |  {{cdata:case088:tl1:tl1_inlet_velocity_profile.dat|tl1_inlet_velocity_profile.dat}}  |

====Experimental details====

===Flow field measurements===

The flow velocity field was measured using a DANTEC two-dimensional, two-component
particle image velocimetry (PIV) system. For the acquisition of the images, two 
synchronized 1280 pixel x 1024 pixel CCD cameras equipped with 60 mm focal length macro 
lenses were adopted to acquire two simultaneous and adjacent time-dependent pairs of 
images from the centre plane of the test section (\(x-y\) plane, see <imgref cas88-geom3>). The PIV 
images acquired by the two cameras were then imported into a MatLab-based post-processing 
script to stitch the corresponding pairs of images before being correlated. Opting for 
this solution, it was possible to achieve an extended 270 mm x 170 mm flow field measuring 
area while keeping the spatial resolution of the measurements as high as 7.53 CCD pixel/mm.

For the illumination of the flow, two laser light sources were used from both sides
of the test section, each to illuminate the flow at each side of the model, and, 
therefore, to avoid any shadow region in the flow. The lasers were of the double-head 
pulsed Nd:YAG type and delivered light pulses of a wavelength of 532 nm with a maximum 
energy of 120 mJ.

As seeding particles, 10 \(\mu\)m mean diameter hollow glass spheres were chosen. 
Non-coated spheres were used for the test case TL1 whereas silver-coated spheres were 
used for test cases LL1 amd LL2.


===Structure deformation measurements===

To measure the position of the structure, a stereo pattern recognition (SPR) measuring 
system was adopted. Two synchronized cameras were mounted in a stereoscopic arrangement 
to acquire images of the flexible structure illuminated by a laser light sheet from each 
side of the model. The quantitative analysis was performed after the images acquisition 
in the MatLab workspace by a script developed for the specific task. The software analysed 
and compared the images from both sides of the model and reconstructed to scale the image 
of the light sheet reflected by the structure. To achieve that purpose, it mapped the 
pixel value in the gray-scale of the entire image and detected the line resulting from 
the intersection of the laser sheet and the structure. The recognition of the reflection 
line, and posterior reconstruction of the structure deformation, was performed in the 
mathematical space, based on calibrated reference images.


===Reconstruction of the measurements in the time-phase space===

The measuring system was operated at constant acquisition rate and the reconstruction 
of the measurements was performed during the post-processing period. This approach was 
chosen instead of triggering the data acquisition by the experiment in order to couple 
with the usual cycle-to-cycle fluctuation of the structure oscillation period found in 
free oscillation tests. A typical data reconstruction using this method is shown in <imgref cas88-exp2>. 
Simultaneously with the acquisition of the measurements, two kind of events, the acquisition 
of the measurements \(tm_i\) [<imgref cas88-exp2>(B)] and 
the beginning of the movement cycles \(tc_j\) [<imgref cas88-exp2>(A)], were recorded. 
These time events were detected using the camera trigger signal and the signal 
of an angular position sensor located in the rotating axle of the structure, respectively.

The event monitoring was performed by an hardware module designed based on a field
programmable gate array (FPGA) and a 1 MHz internal clock. It was capable of recording
up to 250 events per second with an accuracy of 2 \(\mu\)s.

From the recorded events time information, a post-processing software computed the
time-phase angle \(\phi\) for each acquired measurement. At this point, the resolved 
measured data could be reorganized in a reference period equal to the mean period of 
all acquired cycles [<imgref cas88-exp2>(C)] to be sorted out according to a predefined time-phase
angle resolution and uncertainty [<imgref cas88-exp2>(D)]. Finally, the data falling within one 
time-phase angle slot were averaged to obtain the final result [<imgref cas88-exp2>(E)]. In
the present test cases, the reconstruction of the experimental results was performed with 
a time-phase resolution and uncertainty of 5<sup>o</sup> and 0.5<sup>o</sup>, respectively, and the 
final result corresponded to the mean value of 100 realizations.

<imgcaption cas88-exp2| Time-phase resolved measurements reconstruction scheme>
{{figs:case088:time-phase_reconstruction_1.png| Data acquisition}}}
{{figs:case088:time-phase_reconstruction_2.png| Data reconstruction}}}</imgcaption>

===Measurement Errors===

The spatial resolution of the velocity field measurements was defined as 2.1 mm and the
accuracy associated with them was measured better than 1.5% for the undisturbed
flow. Both the \(u\) and \(v\) components, and also the magnitude of the velocity, were
normalized by the free stream flow velocity, \(U_{\infty}\).

As far as the model deformation is concerned, the results comprise just the flexible
part of the model. That corresponds to the points between \(x=11\) mm and
\(x=61\) mm (\(y=0\) mm) of
the undeformed model (see <imgref cas88-geom3>). The position of the rear mass is given
by the deformed position of the last point of the flexible part of the model and the
position of the model trailing edge. The RMS value associated with the fluctuation of
the structure deformation results was evaluated as 0.26 mm for test cases LL1 and LL2 and
0.4 mm for the test case TL1, within an interval of confidence of 90%.

====Available Data====

Data  available consists of:

  * Phase traces of the angle of the front body part of the model through each of the cases' oscillation period (together with the measured oscillation frequency)
  * Phase traces of the coordinates of the trailing edge of the flexible body through the oscillation period
  * Coordinates giving the shape of the flexible body structure in \(5^o\) steps through the oscillation period
  * Maps of the phase averaged \(U\) and \(V\) velocities at \(5^o\) intervals through the oscillation period

[[case088-plots|Sample plots]] of selected quantities are available.

The data files can be downloaded as compressed archives, or individually from the 
tables below.

  * {{cdata:case088:fsif-allfiles.zip|fsif-allfiles.zip}}
  * {{cdata:case088:fsif-allfiles.tar.gz|fsif-allfiles.tar.gz}}

^  Inlet Velocity Profiles  ^^^
^  Test case  ^  \(U_{\infty}\) [m/s]  ^  File name  ^
| LL1  |  1.07  |  {{cdata:case088:ll1:ll1_inlet_velocity_profile.dat|ll1_inlet_velocity_profile.dat}}  |
| LL2  |  1.45  |  {{cdata:case088:ll2:ll2_inlet_velocity_profile.dat|ll2_inlet_velocity_profile.dat}}  |
| TL1  |  0.68  |  {{cdata:case088:tl1:tl1_inlet_velocity_profile.dat|tl1_inlet_velocity_profile.dat}}  |

The files below give the time-phase trace of the angle of the front part of the model body 
(\(\theta\)), and the coordinates of the trailing edge of the flexible part, within an oscillation 
period, together with the frequency of the limit cycle oscillation of each case.

^  Test case  ^  Oscillation Frequency   ^  Front body part angle  ^  Trailing edge location  ^
| LL1  |  6.38 Hz +/- 0.6%   |  {{cdata:case088:ll1:ll1_front_body_angle.dat|ll1_front_body_angle.dat}}  |  {{cdata:case088:ll1:ll1_trailing_edge_coordinates.dat|ll1_trailing_edge_coordinates.dat}}  |
| LL2  |  13.58 Hz +/- 0.9%  |  {{cdata:case088:ll2:ll2_front_body_angle.dat|ll2_front_body_angle.dat}}  |  {{cdata:case088:ll2:ll2_trailing_edge_coordinates.dat|ll2_trailing_edge_coordinates.dat}}  |
| TL1  |  4.45 Hz +/- 0.4%   |  {{cdata:case088:tl1:tl1_front_body_angle.dat|tl1_front_body_angle.dat}}  |  {{cdata:case088:tl1:tl1_trailing_edge_coordinates.dat|tl1_trailing_edge_coordinates.dat}}  |


The files below contain the phase-resolved data on the mean flow field, and the coordinates showing the position 
and shape of the flexible body structure.

^  Phase angle  ^  Case LL1  ^^  Case LL2  ^^  Case TL1  ^^
^      :::       ^  Velocities  ^  Body deflection  ^  Velocities  ^  Body deflection  ^  Velocities  ^  Body deflection  ^
| \(0^o\)    |  {{cdata:case088:ll1:ll1-vel-000.dat|ll1-vel-000.dat}}  |  {{cdata:case088:ll1:ll1-sdf-000.dat|ll1-sdf-000.dat}}  |  {{cdata:case088:ll2:ll2-vel-000.dat|ll2-vel-000.dat}}  |  {{cdata:case088:ll2:ll2-sdf-000.dat|ll2-sdf-000.dat}}  |  {{cdata:case088:tl1:tl1-vel-000.dat|tl1-vel-000.dat}}  |  {{cdata:case088:tl1:tl1-sdf-000.dat|tl1-sdf-000.dat}}  |
| \(5^o\)    |  {{cdata:case088:ll1:ll1-vel-005.dat|ll1-vel-005.dat}}  |  {{cdata:case088:ll1:ll1-sdf-005.dat|ll1-sdf-005.dat}}  |  {{cdata:case088:ll2:ll2-vel-005.dat|ll2-vel-005.dat}}  |  {{cdata:case088:ll2:ll2-sdf-005.dat|ll2-sdf-005.dat}}  |  {{cdata:case088:tl1:tl1-vel-005.dat|tl1-vel-005.dat}}  |  {{cdata:case088:tl1:tl1-sdf-005.dat|tl1-sdf-005.dat}}  |
| \(10^o\)   |  {{cdata:case088:ll1:ll1-vel-010.dat|ll1-vel-010.dat}}  |  {{cdata:case088:ll1:ll1-sdf-010.dat|ll1-sdf-010.dat}}  |  {{cdata:case088:ll2:ll2-vel-010.dat|ll2-vel-010.dat}}  |  {{cdata:case088:ll2:ll2-sdf-010.dat|ll2-sdf-010.dat}}  |  {{cdata:case088:tl1:tl1-vel-010.dat|tl1-vel-010.dat}}  |  {{cdata:case088:tl1:tl1-sdf-010.dat|tl1-sdf-010.dat}}  |
| \(15^o\)   |  {{cdata:case088:ll1:ll1-vel-015.dat|ll1-vel-015.dat}}  |  {{cdata:case088:ll1:ll1-sdf-015.dat|ll1-sdf-015.dat}}  |  {{cdata:case088:ll2:ll2-vel-015.dat|ll2-vel-015.dat}}  |  {{cdata:case088:ll2:ll2-sdf-015.dat|ll2-sdf-015.dat}}  |  {{cdata:case088:tl1:tl1-vel-015.dat|tl1-vel-015.dat}}  |  {{cdata:case088:tl1:tl1-sdf-015.dat|tl1-sdf-015.dat}}  |
| \(20^o\)   |  {{cdata:case088:ll1:ll1-vel-020.dat|ll1-vel-020.dat}}  |  {{cdata:case088:ll1:ll1-sdf-020.dat|ll1-sdf-020.dat}}  |  {{cdata:case088:ll2:ll2-vel-020.dat|ll2-vel-020.dat}}  |  {{cdata:case088:ll2:ll2-sdf-020.dat|ll2-sdf-020.dat}}  |  {{cdata:case088:tl1:tl1-vel-020.dat|tl1-vel-020.dat}}  |  {{cdata:case088:tl1:tl1-sdf-020.dat|tl1-sdf-020.dat}}  |
| \(25^o\)   |  {{cdata:case088:ll1:ll1-vel-025.dat|ll1-vel-025.dat}}  |  {{cdata:case088:ll1:ll1-sdf-025.dat|ll1-sdf-035.dat}}  |  {{cdata:case088:ll2:ll2-vel-025.dat|ll2-vel-025.dat}}  |  {{cdata:case088:ll2:ll2-sdf-025.dat|ll2-sdf-025.dat}}  |  {{cdata:case088:tl1:tl1-vel-025.dat|tl1-vel-025.dat}}  |  {{cdata:case088:tl1:tl1-sdf-025.dat|tl1-sdf-025.dat}}  |
| \(30^o\)   |  {{cdata:case088:ll1:ll1-vel-030.dat|ll1-vel-030.dat}}  |  {{cdata:case088:ll1:ll1-sdf-030.dat|ll1-sdf-030.dat}}  |  {{cdata:case088:ll2:ll2-vel-030.dat|ll2-vel-030.dat}}  |  {{cdata:case088:ll2:ll2-sdf-030.dat|ll2-sdf-030.dat}}  |  {{cdata:case088:tl1:tl1-vel-030.dat|tl1-vel-030.dat}}  |  {{cdata:case088:tl1:tl1-sdf-030.dat|tl1-sdf-030.dat}}  |
| \(35^o\)   |  {{cdata:case088:ll1:ll1-vel-035.dat|ll1-vel-035.dat}}  |  {{cdata:case088:ll1:ll1-sdf-035.dat|ll1-sdf-035.dat}}  |  {{cdata:case088:ll2:ll2-vel-035.dat|ll2-vel-035.dat}}  |  {{cdata:case088:ll2:ll2-sdf-035.dat|ll2-sdf-035.dat}}  |  {{cdata:case088:tl1:tl1-vel-035.dat|tl1-vel-035.dat}}  |  {{cdata:case088:tl1:tl1-sdf-035.dat|tl1-sdf-035.dat}}  |
| \(40^o\)   |  {{cdata:case088:ll1:ll1-vel-040.dat|ll1-vel-040.dat}}  |  {{cdata:case088:ll1:ll1-sdf-040.dat|ll1-sdf-040.dat}}  |  {{cdata:case088:ll2:ll2-vel-040.dat|ll2-vel-040.dat}}  |  {{cdata:case088:ll2:ll2-sdf-040.dat|ll2-sdf-040.dat}}  |  {{cdata:case088:tl1:tl1-vel-040.dat|tl1-vel-040.dat}}  |  {{cdata:case088:tl1:tl1-sdf-040.dat|tl1-sdf-040.dat}}  |
| \(45^o\)   |  {{cdata:case088:ll1:ll1-vel-045.dat|ll1-vel-045.dat}}  |  {{cdata:case088:ll1:ll1-sdf-045.dat|ll1-sdf-045.dat}}  |  {{cdata:case088:ll2:ll2-vel-045.dat|ll2-vel-045.dat}}  |  {{cdata:case088:ll2:ll2-sdf-045.dat|ll2-sdf-045.dat}}  |  {{cdata:case088:tl1:tl1-vel-045.dat|tl1-vel-045.dat}}  |  {{cdata:case088:tl1:tl1-sdf-045.dat|tl1-sdf-045.dat}}  |
| \(50^o\)   |  {{cdata:case088:ll1:ll1-vel-050.dat|ll1-vel-050.dat}}  |  {{cdata:case088:ll1:ll1-sdf-050.dat|ll1-sdf-050.dat}}  |  {{cdata:case088:ll2:ll2-vel-050.dat|ll2-vel-050.dat}}  |  {{cdata:case088:ll2:ll2-sdf-050.dat|ll2-sdf-050.dat}}  |  {{cdata:case088:tl1:tl1-vel-050.dat|tl1-vel-050.dat}}  |  {{cdata:case088:tl1:tl1-sdf-050.dat|tl1-sdf-050.dat}}  |
| \(55^o\)   |  {{cdata:case088:ll1:ll1-vel-055.dat|ll1-vel-055.dat}}  |  {{cdata:case088:ll1:ll1-sdf-055.dat|ll1-sdf-055.dat}}  |  {{cdata:case088:ll2:ll2-vel-055.dat|ll2-vel-055.dat}}  |  {{cdata:case088:ll2:ll2-sdf-055.dat|ll2-sdf-055.dat}}  |  {{cdata:case088:tl1:tl1-vel-055.dat|tl1-vel-055.dat}}  |  {{cdata:case088:tl1:tl1-sdf-055.dat|tl1-sdf-055.dat}}  |
| \(60^o\)   |  {{cdata:case088:ll1:ll1-vel-060.dat|ll1-vel-060.dat}}  |  {{cdata:case088:ll1:ll1-sdf-060.dat|ll1-sdf-060.dat}}  |  {{cdata:case088:ll2:ll2-vel-060.dat|ll2-vel-060.dat}}  |  {{cdata:case088:ll2:ll2-sdf-060.dat|ll2-sdf-060.dat}}  |  {{cdata:case088:tl1:tl1-vel-060.dat|tl1-vel-060.dat}}  |  {{cdata:case088:tl1:tl1-sdf-060.dat|tl1-sdf-060.dat}}  |
| \(65^o\)   |  {{cdata:case088:ll1:ll1-vel-065.dat|ll1-vel-065.dat}}  |  {{cdata:case088:ll1:ll1-sdf-065.dat|ll1-sdf-065.dat}}  |  {{cdata:case088:ll2:ll2-vel-065.dat|ll2-vel-065.dat}}  |  {{cdata:case088:ll2:ll2-sdf-065.dat|ll2-sdf-065.dat}}  |  {{cdata:case088:tl1:tl1-vel-065.dat|tl1-vel-065.dat}}  |  {{cdata:case088:tl1:tl1-sdf-065.dat|tl1-sdf-065.dat}}  |
| \(70^o\)   |  {{cdata:case088:ll1:ll1-vel-070.dat|ll1-vel-070.dat}}  |  {{cdata:case088:ll1:ll1-sdf-070.dat|ll1-sdf-070.dat}}  |  {{cdata:case088:ll2:ll2-vel-070.dat|ll2-vel-070.dat}}  |  {{cdata:case088:ll2:ll2-sdf-070.dat|ll2-sdf-070.dat}}  |  {{cdata:case088:tl1:tl1-vel-070.dat|tl1-vel-070.dat}}  |  {{cdata:case088:tl1:tl1-sdf-070.dat|tl1-sdf-070.dat}}  |
| \(75^o\)   |  {{cdata:case088:ll1:ll1-vel-075.dat|ll1-vel-075.dat}}  |  {{cdata:case088:ll1:ll1-sdf-075.dat|ll1-sdf-075.dat}}  |  {{cdata:case088:ll2:ll2-vel-075.dat|ll2-vel-075.dat}}  |  {{cdata:case088:ll2:ll2-sdf-075.dat|ll2-sdf-075.dat}}  |  {{cdata:case088:tl1:tl1-vel-075.dat|tl1-vel-075.dat}}  |  {{cdata:case088:tl1:tl1-sdf-075.dat|tl1-sdf-075.dat}}  |
| \(80^o\)   |  {{cdata:case088:ll1:ll1-vel-080.dat|ll1-vel-080.dat}}  |  {{cdata:case088:ll1:ll1-sdf-080.dat|ll1-sdf-080.dat}}  |  {{cdata:case088:ll2:ll2-vel-080.dat|ll2-vel-080.dat}}  |  {{cdata:case088:ll2:ll2-sdf-080.dat|ll2-sdf-080.dat}}  |  {{cdata:case088:tl1:tl1-vel-080.dat|tl1-vel-080.dat}}  |  {{cdata:case088:tl1:tl1-sdf-080.dat|tl1-sdf-080.dat}}  |
| \(85^o\)   |  {{cdata:case088:ll1:ll1-vel-085.dat|ll1-vel-085.dat}}  |  {{cdata:case088:ll1:ll1-sdf-085.dat|ll1-sdf-085.dat}}  |  {{cdata:case088:ll2:ll2-vel-085.dat|ll2-vel-085.dat}}  |  {{cdata:case088:ll2:ll2-sdf-085.dat|ll2-sdf-085.dat}}  |  {{cdata:case088:tl1:tl1-vel-085.dat|tl1-vel-085.dat}}  |  {{cdata:case088:tl1:tl1-sdf-085.dat|tl1-sdf-085.dat}}  |
| \(90^o\)   |  {{cdata:case088:ll1:ll1-vel-090.dat|ll1-vel-090.dat}}  |  {{cdata:case088:ll1:ll1-sdf-090.dat|ll1-sdf-090.dat}}  |  {{cdata:case088:ll2:ll2-vel-090.dat|ll2-vel-090.dat}}  |  {{cdata:case088:ll2:ll2-sdf-090.dat|ll2-sdf-090.dat}}  |  {{cdata:case088:tl1:tl1-vel-090.dat|tl1-vel-090.dat}}  |  {{cdata:case088:tl1:tl1-sdf-090.dat|tl1-sdf-090.dat}}  |
| \(95^o\)   |  {{cdata:case088:ll1:ll1-vel-095.dat|ll1-vel-095.dat}}  |  {{cdata:case088:ll1:ll1-sdf-095.dat|ll1-sdf-095.dat}}  |  {{cdata:case088:ll2:ll2-vel-095.dat|ll2-vel-095.dat}}  |  {{cdata:case088:ll2:ll2-sdf-095.dat|ll2-sdf-095.dat}}  |  {{cdata:case088:tl1:tl1-vel-095.dat|tl1-vel-095.dat}}  |  {{cdata:case088:tl1:tl1-sdf-095.dat|tl1-sdf-095.dat}}  |
| \(100^o\)  |  {{cdata:case088:ll1:ll1-vel-100.dat|ll1-vel-100.dat}}  |  {{cdata:case088:ll1:ll1-sdf-100.dat|ll1-sdf-100.dat}}  |  {{cdata:case088:ll2:ll2-vel-100.dat|ll2-vel-100.dat}}  |  {{cdata:case088:ll2:ll2-sdf-100.dat|ll2-sdf-100.dat}}  |  {{cdata:case088:tl1:tl1-vel-100.dat|tl1-vel-100.dat}}  |  {{cdata:case088:tl1:tl1-sdf-100.dat|tl1-sdf-100.dat}}  |
| \(105^o\)  |  {{cdata:case088:ll1:ll1-vel-105.dat|ll1-vel-105.dat}}  |  {{cdata:case088:ll1:ll1-sdf-105.dat|ll1-sdf-105.dat}}  |  {{cdata:case088:ll2:ll2-vel-105.dat|ll2-vel-105.dat}}  |  {{cdata:case088:ll2:ll2-sdf-105.dat|ll2-sdf-105.dat}}  |  {{cdata:case088:tl1:tl1-vel-105.dat|tl1-vel-105.dat}}  |  {{cdata:case088:tl1:tl1-sdf-105.dat|tl1-sdf-105.dat}}  |
| \(110^o\)  |  {{cdata:case088:ll1:ll1-vel-110.dat|ll1-vel-110.dat}}  |  {{cdata:case088:ll1:ll1-sdf-110.dat|ll1-sdf-110.dat}}  |  {{cdata:case088:ll2:ll2-vel-110.dat|ll2-vel-110.dat}}  |  {{cdata:case088:ll2:ll2-sdf-110.dat|ll2-sdf-110.dat}}  |  {{cdata:case088:tl1:tl1-vel-110.dat|tl1-vel-110.dat}}  |  {{cdata:case088:tl1:tl1-sdf-110.dat|tl1-sdf-110.dat}}  |
| \(115^o\)  |  {{cdata:case088:ll1:ll1-vel-115.dat|ll1-vel-115.dat}}  |  {{cdata:case088:ll1:ll1-sdf-115.dat|ll1-sdf-115.dat}}  |  {{cdata:case088:ll2:ll2-vel-115.dat|ll2-vel-115.dat}}  |  {{cdata:case088:ll2:ll2-sdf-115.dat|ll2-sdf-115.dat}}  |  {{cdata:case088:tl1:tl1-vel-115.dat|tl1-vel-115.dat}}  |  {{cdata:case088:tl1:tl1-sdf-115.dat|tl1-sdf-115.dat}}  |
| \(120^o\)  |  {{cdata:case088:ll1:ll1-vel-120.dat|ll1-vel-120.dat}}  |  {{cdata:case088:ll1:ll1-sdf-120.dat|ll1-sdf-120.dat}}  |  {{cdata:case088:ll2:ll2-vel-120.dat|ll2-vel-120.dat}}  |  {{cdata:case088:ll2:ll2-sdf-120.dat|ll2-sdf-120.dat}}  |  {{cdata:case088:tl1:tl1-vel-120.dat|tl1-vel-120.dat}}  |  {{cdata:case088:tl1:tl1-sdf-120.dat|tl1-sdf-120.dat}}  |
| \(125^o\)  |  {{cdata:case088:ll1:ll1-vel-125.dat|ll1-vel-125.dat}}  |  {{cdata:case088:ll1:ll1-sdf-125.dat|ll1-sdf-125.dat}}  |  {{cdata:case088:ll2:ll2-vel-125.dat|ll2-vel-125.dat}}  |  {{cdata:case088:ll2:ll2-sdf-125.dat|ll2-sdf-125.dat}}  |  {{cdata:case088:tl1:tl1-vel-125.dat|tl1-vel-125.dat}}  |  {{cdata:case088:tl1:tl1-sdf-125.dat|tl1-sdf-125.dat}}  |
| \(130^o\)  |  {{cdata:case088:ll1:ll1-vel-130.dat|ll1-vel-130.dat}}  |  {{cdata:case088:ll1:ll1-sdf-130.dat|ll1-sdf-130.dat}}  |  {{cdata:case088:ll2:ll2-vel-130.dat|ll2-vel-130.dat}}  |  {{cdata:case088:ll2:ll2-sdf-130.dat|ll2-sdf-130.dat}}  |  {{cdata:case088:tl1:tl1-vel-130.dat|tl1-vel-130.dat}}  |  {{cdata:case088:tl1:tl1-sdf-130.dat|tl1-sdf-130.dat}}  |
| \(135^o\)  |  {{cdata:case088:ll1:ll1-vel-135.dat|ll1-vel-135.dat}}  |  {{cdata:case088:ll1:ll1-sdf-135.dat|ll1-sdf-135.dat}}  |  {{cdata:case088:ll2:ll2-vel-135.dat|ll2-vel-135.dat}}  |  {{cdata:case088:ll2:ll2-sdf-135.dat|ll2-sdf-135.dat}}  |  {{cdata:case088:tl1:tl1-vel-135.dat|tl1-vel-135.dat}}  |  {{cdata:case088:tl1:tl1-sdf-135.dat|tl1-sdf-135.dat}}  |
| \(140^o\)  |  {{cdata:case088:ll1:ll1-vel-140.dat|ll1-vel-140.dat}}  |  {{cdata:case088:ll1:ll1-sdf-140.dat|ll1-sdf-140.dat}}  |  {{cdata:case088:ll2:ll2-vel-140.dat|ll2-vel-140.dat}}  |  {{cdata:case088:ll2:ll2-sdf-140.dat|ll2-sdf-140.dat}}  |  {{cdata:case088:tl1:tl1-vel-140.dat|tl1-vel-140.dat}}  |  {{cdata:case088:tl1:tl1-sdf-140.dat|tl1-sdf-140.dat}}  |
| \(145^o\)  |  {{cdata:case088:ll1:ll1-vel-145.dat|ll1-vel-145.dat}}  |  {{cdata:case088:ll1:ll1-sdf-145.dat|ll1-sdf-145.dat}}  |  {{cdata:case088:ll2:ll2-vel-145.dat|ll2-vel-145.dat}}  |  {{cdata:case088:ll2:ll2-sdf-145.dat|ll2-sdf-145.dat}}  |  {{cdata:case088:tl1:tl1-vel-145.dat|tl1-vel-145.dat}}  |  {{cdata:case088:tl1:tl1-sdf-145.dat|tl1-sdf-145.dat}}  |
| \(150^o\)  |  {{cdata:case088:ll1:ll1-vel-150.dat|ll1-vel-150.dat}}  |  {{cdata:case088:ll1:ll1-sdf-150.dat|ll1-sdf-150.dat}}  |  {{cdata:case088:ll2:ll2-vel-150.dat|ll2-vel-150.dat}}  |  {{cdata:case088:ll2:ll2-sdf-150.dat|ll2-sdf-150.dat}}  |  {{cdata:case088:tl1:tl1-vel-150.dat|tl1-vel-150.dat}}  |  {{cdata:case088:tl1:tl1-sdf-150.dat|tl1-sdf-150.dat}}  |
| \(155^o\)  |  {{cdata:case088:ll1:ll1-vel-155.dat|ll1-vel-155.dat}}  |  {{cdata:case088:ll1:ll1-sdf-155.dat|ll1-sdf-155.dat}}  |  {{cdata:case088:ll2:ll2-vel-155.dat|ll2-vel-155.dat}}  |  {{cdata:case088:ll2:ll2-sdf-155.dat|ll2-sdf-155.dat}}  |  {{cdata:case088:tl1:tl1-vel-155.dat|tl1-vel-155.dat}}  |  {{cdata:case088:tl1:tl1-sdf-155.dat|tl1-sdf-155.dat}}  |
| \(160^o\)  |  {{cdata:case088:ll1:ll1-vel-160.dat|ll1-vel-160.dat}}  |  {{cdata:case088:ll1:ll1-sdf-160.dat|ll1-sdf-160.dat}}  |  {{cdata:case088:ll2:ll2-vel-160.dat|ll2-vel-160.dat}}  |  {{cdata:case088:ll2:ll2-sdf-160.dat|ll2-sdf-160.dat}}  |  {{cdata:case088:tl1:tl1-vel-160.dat|tl1-vel-160.dat}}  |  {{cdata:case088:tl1:tl1-sdf-160.dat|tl1-sdf-160.dat}}  |
| \(165^o\)  |  {{cdata:case088:ll1:ll1-vel-165.dat|ll1-vel-165.dat}}  |  {{cdata:case088:ll1:ll1-sdf-165.dat|ll1-sdf-165.dat}}  |  {{cdata:case088:ll2:ll2-vel-165.dat|ll2-vel-165.dat}}  |  {{cdata:case088:ll2:ll2-sdf-165.dat|ll2-sdf-165.dat}}  |  {{cdata:case088:tl1:tl1-vel-165.dat|tl1-vel-165.dat}}  |  {{cdata:case088:tl1:tl1-sdf-165.dat|tl1-sdf-165.dat}}  |
| \(170^o\)  |  {{cdata:case088:ll1:ll1-vel-170.dat|ll1-vel-170.dat}}  |  {{cdata:case088:ll1:ll1-sdf-170.dat|ll1-sdf-170.dat}}  |  {{cdata:case088:ll2:ll2-vel-170.dat|ll2-vel-170.dat}}  |  {{cdata:case088:ll2:ll2-sdf-170.dat|ll2-sdf-170.dat}}  |  {{cdata:case088:tl1:tl1-vel-170.dat|tl1-vel-170.dat}}  |  {{cdata:case088:tl1:tl1-sdf-170.dat|tl1-sdf-170.dat}}  |
| \(175^o\)  |  {{cdata:case088:ll1:ll1-vel-175.dat|ll1-vel-175.dat}}  |  {{cdata:case088:ll1:ll1-sdf-175.dat|ll1-sdf-175.dat}}  |  {{cdata:case088:ll2:ll2-vel-175.dat|ll2-vel-175.dat}}  |  {{cdata:case088:ll2:ll2-sdf-175.dat|ll2-sdf-175.dat}}  |  {{cdata:case088:tl1:tl1-vel-175.dat|tl1-vel-175.dat}}  |  {{cdata:case088:tl1:tl1-sdf-175.dat|tl1-sdf-175.dat}}  |
| \(180^o\)  |  {{cdata:case088:ll1:ll1-vel-180.dat|ll1-vel-180.dat}}  |  {{cdata:case088:ll1:ll1-sdf-180.dat|ll1-sdf-180.dat}}  |  {{cdata:case088:ll2:ll2-vel-180.dat|ll2-vel-180.dat}}  |  {{cdata:case088:ll2:ll2-sdf-180.dat|ll2-sdf-180.dat}}  |  {{cdata:case088:tl1:tl1-vel-180.dat|tl1-vel-180.dat}}  |  {{cdata:case088:tl1:tl1-sdf-180.dat|tl1-sdf-180.dat}}  |
| \(185^o\)  |  {{cdata:case088:ll1:ll1-vel-185.dat|ll1-vel-185.dat}}  |  {{cdata:case088:ll1:ll1-sdf-185.dat|ll1-sdf-185.dat}}  |  {{cdata:case088:ll2:ll2-vel-185.dat|ll2-vel-185.dat}}  |  {{cdata:case088:ll2:ll2-sdf-185.dat|ll2-sdf-185.dat}}  |  {{cdata:case088:tl1:tl1-vel-185.dat|tl1-vel-185.dat}}  |  {{cdata:case088:tl1:tl1-sdf-185.dat|tl1-sdf-185.dat}}  |
| \(190^o\)  |  {{cdata:case088:ll1:ll1-vel-190.dat|ll1-vel-190.dat}}  |  {{cdata:case088:ll1:ll1-sdf-190.dat|ll1-sdf-190.dat}}  |  {{cdata:case088:ll2:ll2-vel-190.dat|ll2-vel-190.dat}}  |  {{cdata:case088:ll2:ll2-sdf-190.dat|ll2-sdf-190.dat}}  |  {{cdata:case088:tl1:tl1-vel-190.dat|tl1-vel-190.dat}}  |  {{cdata:case088:tl1:tl1-sdf-190.dat|tl1-sdf-190.dat}}  |
| \(195^o\)  |  {{cdata:case088:ll1:ll1-vel-195.dat|ll1-vel-195.dat}}  |  {{cdata:case088:ll1:ll1-sdf-195.dat|ll1-sdf-195.dat}}  |  {{cdata:case088:ll2:ll2-vel-195.dat|ll2-vel-195.dat}}  |  {{cdata:case088:ll2:ll2-sdf-195.dat|ll2-sdf-195.dat}}  |  {{cdata:case088:tl1:tl1-vel-195.dat|tl1-vel-195.dat}}  |  {{cdata:case088:tl1:tl1-sdf-195.dat|tl1-sdf-195.dat}}  |
| \(200^o\)  |  {{cdata:case088:ll1:ll1-vel-200.dat|ll1-vel-200.dat}}  |  {{cdata:case088:ll1:ll1-sdf-200.dat|ll1-sdf-200.dat}}  |  {{cdata:case088:ll2:ll2-vel-200.dat|ll2-vel-200.dat}}  |  {{cdata:case088:ll2:ll2-sdf-200.dat|ll2-sdf-200.dat}}  |  {{cdata:case088:tl1:tl1-vel-200.dat|tl1-vel-200.dat}}  |  {{cdata:case088:tl1:tl1-sdf-200.dat|tl1-sdf-200.dat}}  |
| \(205^o\)  |  {{cdata:case088:ll1:ll1-vel-205.dat|ll1-vel-205.dat}}  |  {{cdata:case088:ll1:ll1-sdf-205.dat|ll1-sdf-205.dat}}  |  {{cdata:case088:ll2:ll2-vel-205.dat|ll2-vel-205.dat}}  |  {{cdata:case088:ll2:ll2-sdf-205.dat|ll2-sdf-205.dat}}  |  {{cdata:case088:tl1:tl1-vel-205.dat|tl1-vel-205.dat}}  |  {{cdata:case088:tl1:tl1-sdf-205.dat|tl1-sdf-205.dat}}  |
| \(210^o\)  |  {{cdata:case088:ll1:ll1-vel-210.dat|ll1-vel-210.dat}}  |  {{cdata:case088:ll1:ll1-sdf-210.dat|ll1-sdf-210.dat}}  |  {{cdata:case088:ll2:ll2-vel-210.dat|ll2-vel-210.dat}}  |  {{cdata:case088:ll2:ll2-sdf-210.dat|ll2-sdf-210.dat}}  |  {{cdata:case088:tl1:tl1-vel-210.dat|tl1-vel-210.dat}}  |  {{cdata:case088:tl1:tl1-sdf-210.dat|tl1-sdf-210.dat}}  |
| \(215^o\)  |  {{cdata:case088:ll1:ll1-vel-215.dat|ll1-vel-215.dat}}  |  {{cdata:case088:ll1:ll1-sdf-215.dat|ll1-sdf-215.dat}}  |  {{cdata:case088:ll2:ll2-vel-215.dat|ll2-vel-215.dat}}  |  {{cdata:case088:ll2:ll2-sdf-215.dat|ll2-sdf-215.dat}}  |  {{cdata:case088:tl1:tl1-vel-215.dat|tl1-vel-215.dat}}  |  {{cdata:case088:tl1:tl1-sdf-215.dat|tl1-sdf-215.dat}}  |
| \(220^o\)  |  {{cdata:case088:ll1:ll1-vel-220.dat|ll1-vel-220.dat}}  |  {{cdata:case088:ll1:ll1-sdf-220.dat|ll1-sdf-220.dat}}  |  {{cdata:case088:ll2:ll2-vel-220.dat|ll2-vel-220.dat}}  |  {{cdata:case088:ll2:ll2-sdf-220.dat|ll2-sdf-220.dat}}  |  {{cdata:case088:tl1:tl1-vel-220.dat|tl1-vel-220.dat}}  |  {{cdata:case088:tl1:tl1-sdf-220.dat|tl1-sdf-220.dat}}  |
| \(225^o\)  |  {{cdata:case088:ll1:ll1-vel-225.dat|ll1-vel-225.dat}}  |  {{cdata:case088:ll1:ll1-sdf-225.dat|ll1-sdf-225.dat}}  |  {{cdata:case088:ll2:ll2-vel-225.dat|ll2-vel-225.dat}}  |  {{cdata:case088:ll2:ll2-sdf-225.dat|ll2-sdf-225.dat}}  |  {{cdata:case088:tl1:tl1-vel-225.dat|tl1-vel-225.dat}}  |  {{cdata:case088:tl1:tl1-sdf-225.dat|tl1-sdf-225.dat}}  |
| \(230^o\)  |  {{cdata:case088:ll1:ll1-vel-230.dat|ll1-vel-230.dat}}  |  {{cdata:case088:ll1:ll1-sdf-230.dat|ll1-sdf-230.dat}}  |  {{cdata:case088:ll2:ll2-vel-230.dat|ll2-vel-230.dat}}  |  {{cdata:case088:ll2:ll2-sdf-230.dat|ll2-sdf-230.dat}}  |  {{cdata:case088:tl1:tl1-vel-230.dat|tl1-vel-230.dat}}  |  {{cdata:case088:tl1:tl1-sdf-230.dat|tl1-sdf-230.dat}}  |
| \(235^o\)  |  {{cdata:case088:ll1:ll1-vel-235.dat|ll1-vel-235.dat}}  |  {{cdata:case088:ll1:ll1-sdf-235.dat|ll1-sdf-235.dat}}  |  {{cdata:case088:ll2:ll2-vel-235.dat|ll2-vel-235.dat}}  |  {{cdata:case088:ll2:ll2-sdf-235.dat|ll2-sdf-235.dat}}  |  {{cdata:case088:tl1:tl1-vel-235.dat|tl1-vel-235.dat}}  |  {{cdata:case088:tl1:tl1-sdf-235.dat|tl1-sdf-235.dat}}  |
| \(240^o\)  |  {{cdata:case088:ll1:ll1-vel-240.dat|ll1-vel-240.dat}}  |  {{cdata:case088:ll1:ll1-sdf-240.dat|ll1-sdf-240.dat}}  |  {{cdata:case088:ll2:ll2-vel-240.dat|ll2-vel-240.dat}}  |  {{cdata:case088:ll2:ll2-sdf-240.dat|ll2-sdf-240.dat}}  |  {{cdata:case088:tl1:tl1-vel-240.dat|tl1-vel-240.dat}}  |  {{cdata:case088:tl1:tl1-sdf-240.dat|tl1-sdf-240.dat}}  |
| \(245^o\)  |  {{cdata:case088:ll1:ll1-vel-245.dat|ll1-vel-245.dat}}  |  {{cdata:case088:ll1:ll1-sdf-245.dat|ll1-sdf-245.dat}}  |  {{cdata:case088:ll2:ll2-vel-245.dat|ll2-vel-245.dat}}  |  {{cdata:case088:ll2:ll2-sdf-245.dat|ll2-sdf-245.dat}}  |  {{cdata:case088:tl1:tl1-vel-245.dat|tl1-vel-245.dat}}  |  {{cdata:case088:tl1:tl1-sdf-245.dat|tl1-sdf-245.dat}}  |
| \(250^o\)  |  {{cdata:case088:ll1:ll1-vel-250.dat|ll1-vel-250.dat}}  |  {{cdata:case088:ll1:ll1-sdf-250.dat|ll1-sdf-250.dat}}  |  {{cdata:case088:ll2:ll2-vel-250.dat|ll2-vel-250.dat}}  |  {{cdata:case088:ll2:ll2-sdf-250.dat|ll2-sdf-250.dat}}  |  {{cdata:case088:tl1:tl1-vel-250.dat|tl1-vel-250.dat}}  |  {{cdata:case088:tl1:tl1-sdf-250.dat|tl1-sdf-250.dat}}  |
| \(255^o\)  |  {{cdata:case088:ll1:ll1-vel-255.dat|ll1-vel-255.dat}}  |  {{cdata:case088:ll1:ll1-sdf-255.dat|ll1-sdf-255.dat}}  |  {{cdata:case088:ll2:ll2-vel-255.dat|ll2-vel-255.dat}}  |  {{cdata:case088:ll2:ll2-sdf-255.dat|ll2-sdf-255.dat}}  |  {{cdata:case088:tl1:tl1-vel-255.dat|tl1-vel-255.dat}}  |  {{cdata:case088:tl1:tl1-sdf-255.dat|tl1-sdf-255.dat}}  |
| \(260^o\)  |  {{cdata:case088:ll1:ll1-vel-260.dat|ll1-vel-260.dat}}  |  {{cdata:case088:ll1:ll1-sdf-260.dat|ll1-sdf-260.dat}}  |  {{cdata:case088:ll2:ll2-vel-260.dat|ll2-vel-260.dat}}  |  {{cdata:case088:ll2:ll2-sdf-260.dat|ll2-sdf-260.dat}}  |  {{cdata:case088:tl1:tl1-vel-260.dat|tl1-vel-260.dat}}  |  {{cdata:case088:tl1:tl1-sdf-260.dat|tl1-sdf-260.dat}}  |
| \(265^o\)  |  {{cdata:case088:ll1:ll1-vel-265.dat|ll1-vel-265.dat}}  |  {{cdata:case088:ll1:ll1-sdf-265.dat|ll1-sdf-265.dat}}  |  {{cdata:case088:ll2:ll2-vel-265.dat|ll2-vel-265.dat}}  |  {{cdata:case088:ll2:ll2-sdf-265.dat|ll2-sdf-265.dat}}  |  {{cdata:case088:tl1:tl1-vel-265.dat|tl1-vel-265.dat}}  |  {{cdata:case088:tl1:tl1-sdf-265.dat|tl1-sdf-265.dat}}  |
| \(270^o\)  |  {{cdata:case088:ll1:ll1-vel-270.dat|ll1-vel-270.dat}}  |  {{cdata:case088:ll1:ll1-sdf-270.dat|ll1-sdf-270.dat}}  |  {{cdata:case088:ll2:ll2-vel-270.dat|ll2-vel-270.dat}}  |  {{cdata:case088:ll2:ll2-sdf-270.dat|ll2-sdf-270.dat}}  |  {{cdata:case088:tl1:tl1-vel-270.dat|tl1-vel-270.dat}}  |  {{cdata:case088:tl1:tl1-sdf-270.dat|tl1-sdf-270.dat}}  |
| \(275^o\)  |  {{cdata:case088:ll1:ll1-vel-275.dat|ll1-vel-275.dat}}  |  {{cdata:case088:ll1:ll1-sdf-275.dat|ll1-sdf-275.dat}}  |  {{cdata:case088:ll2:ll2-vel-275.dat|ll2-vel-275.dat}}  |  {{cdata:case088:ll2:ll2-sdf-275.dat|ll2-sdf-275.dat}}  |  {{cdata:case088:tl1:tl1-vel-275.dat|tl1-vel-275.dat}}  |  {{cdata:case088:tl1:tl1-sdf-275.dat|tl1-sdf-275.dat}}  |
| \(280^o\)  |  {{cdata:case088:ll1:ll1-vel-280.dat|ll1-vel-280.dat}}  |  {{cdata:case088:ll1:ll1-sdf-280.dat|ll1-sdf-280.dat}}  |  {{cdata:case088:ll2:ll2-vel-280.dat|ll2-vel-280.dat}}  |  {{cdata:case088:ll2:ll2-sdf-280.dat|ll2-sdf-280.dat}}  |  {{cdata:case088:tl1:tl1-vel-280.dat|tl1-vel-280.dat}}  |  {{cdata:case088:tl1:tl1-sdf-280.dat|tl1-sdf-280.dat}}  |
| \(285^o\)  |  {{cdata:case088:ll1:ll1-vel-285.dat|ll1-vel-285.dat}}  |  {{cdata:case088:ll1:ll1-sdf-285.dat|ll1-sdf-285.dat}}  |  {{cdata:case088:ll2:ll2-vel-285.dat|ll2-vel-285.dat}}  |  {{cdata:case088:ll2:ll2-sdf-285.dat|ll2-sdf-285.dat}}  |  {{cdata:case088:tl1:tl1-vel-285.dat|tl1-vel-285.dat}}  |  {{cdata:case088:tl1:tl1-sdf-285.dat|tl1-sdf-285.dat}}  |
| \(290^o\)  |  {{cdata:case088:ll1:ll1-vel-290.dat|ll1-vel-290.dat}}  |  {{cdata:case088:ll1:ll1-sdf-290.dat|ll1-sdf-290.dat}}  |  {{cdata:case088:ll2:ll2-vel-290.dat|ll2-vel-290.dat}}  |  {{cdata:case088:ll2:ll2-sdf-290.dat|ll2-sdf-290.dat}}  |  {{cdata:case088:tl1:tl1-vel-290.dat|tl1-vel-290.dat}}  |  {{cdata:case088:tl1:tl1-sdf-290.dat|tl1-sdf-290.dat}}  |
| \(295^o\)  |  {{cdata:case088:ll1:ll1-vel-295.dat|ll1-vel-295.dat}}  |  {{cdata:case088:ll1:ll1-sdf-295.dat|ll1-sdf-295.dat}}  |  {{cdata:case088:ll2:ll2-vel-295.dat|ll2-vel-295.dat}}  |  {{cdata:case088:ll2:ll2-sdf-295.dat|ll2-sdf-295.dat}}  |  {{cdata:case088:tl1:tl1-vel-295.dat|tl1-vel-295.dat}}  |  {{cdata:case088:tl1:tl1-sdf-295.dat|tl1-sdf-295.dat}}  |
| \(300^o\)  |  {{cdata:case088:ll1:ll1-vel-300.dat|ll1-vel-300.dat}}  |  {{cdata:case088:ll1:ll1-sdf-300.dat|ll1-sdf-300.dat}}  |  {{cdata:case088:ll2:ll2-vel-300.dat|ll2-vel-300.dat}}  |  {{cdata:case088:ll2:ll2-sdf-300.dat|ll2-sdf-300.dat}}  |  {{cdata:case088:tl1:tl1-vel-300.dat|tl1-vel-300.dat}}  |  {{cdata:case088:tl1:tl1-sdf-300.dat|tl1-sdf-300.dat}}  |
| \(305^o\)  |  {{cdata:case088:ll1:ll1-vel-305.dat|ll1-vel-305.dat}}  |  {{cdata:case088:ll1:ll1-sdf-305.dat|ll1-sdf-305.dat}}  |  {{cdata:case088:ll2:ll2-vel-305.dat|ll2-vel-305.dat}}  |  {{cdata:case088:ll2:ll2-sdf-305.dat|ll2-sdf-305.dat}}  |  {{cdata:case088:tl1:tl1-vel-305.dat|tl1-vel-305.dat}}  |  {{cdata:case088:tl1:tl1-sdf-305.dat|tl1-sdf-305.dat}}  |
| \(310^o\)  |  {{cdata:case088:ll1:ll1-vel-310.dat|ll1-vel-310.dat}}  |  {{cdata:case088:ll1:ll1-sdf-310.dat|ll1-sdf-310.dat}}  |  {{cdata:case088:ll2:ll2-vel-310.dat|ll2-vel-310.dat}}  |  {{cdata:case088:ll2:ll2-sdf-310.dat|ll2-sdf-310.dat}}  |  {{cdata:case088:tl1:tl1-vel-310.dat|tl1-vel-310.dat}}  |  {{cdata:case088:tl1:tl1-sdf-310.dat|tl1-sdf-310.dat}}  |
| \(315^o\)  |  {{cdata:case088:ll1:ll1-vel-315.dat|ll1-vel-315.dat}}  |  {{cdata:case088:ll1:ll1-sdf-315.dat|ll1-sdf-315.dat}}  |  {{cdata:case088:ll2:ll2-vel-315.dat|ll2-vel-315.dat}}  |  {{cdata:case088:ll2:ll2-sdf-315.dat|ll2-sdf-315.dat}}  |  {{cdata:case088:tl1:tl1-vel-315.dat|tl1-vel-315.dat}}  |  {{cdata:case088:tl1:tl1-sdf-315.dat|tl1-sdf-315.dat}}  |
| \(320^o\)  |  {{cdata:case088:ll1:ll1-vel-320.dat|ll1-vel-320.dat}}  |  {{cdata:case088:ll1:ll1-sdf-320.dat|ll1-sdf-320.dat}}  |  {{cdata:case088:ll2:ll2-vel-320.dat|ll2-vel-320.dat}}  |  {{cdata:case088:ll2:ll2-sdf-320.dat|ll2-sdf-320.dat}}  |  {{cdata:case088:tl1:tl1-vel-320.dat|tl1-vel-320.dat}}  |  {{cdata:case088:tl1:tl1-sdf-320.dat|tl1-sdf-320.dat}}  |
| \(325^o\)  |  {{cdata:case088:ll1:ll1-vel-325.dat|ll1-vel-325.dat}}  |  {{cdata:case088:ll1:ll1-sdf-325.dat|ll1-sdf-325.dat}}  |  {{cdata:case088:ll2:ll2-vel-325.dat|ll2-vel-325.dat}}  |  {{cdata:case088:ll2:ll2-sdf-325.dat|ll2-sdf-325.dat}}  |  {{cdata:case088:tl1:tl1-vel-325.dat|tl1-vel-325.dat}}  |  {{cdata:case088:tl1:tl1-sdf-325.dat|tl1-sdf-325.dat}}  |
| \(330^o\)  |  {{cdata:case088:ll1:ll1-vel-330.dat|ll1-vel-330.dat}}  |  {{cdata:case088:ll1:ll1-sdf-330.dat|ll1-sdf-330.dat}}  |  {{cdata:case088:ll2:ll2-vel-330.dat|ll2-vel-330.dat}}  |  {{cdata:case088:ll2:ll2-sdf-330.dat|ll2-sdf-330.dat}}  |  {{cdata:case088:tl1:tl1-vel-330.dat|tl1-vel-330.dat}}  |  {{cdata:case088:tl1:tl1-sdf-330.dat|tl1-sdf-330.dat}}  |
| \(335^o\)  |  {{cdata:case088:ll1:ll1-vel-335.dat|ll1-vel-335.dat}}  |  {{cdata:case088:ll1:ll1-sdf-335.dat|ll1-sdf-335.dat}}  |  {{cdata:case088:ll2:ll2-vel-335.dat|ll2-vel-335.dat}}  |  {{cdata:case088:ll2:ll2-sdf-335.dat|ll2-sdf-335.dat}}  |  {{cdata:case088:tl1:tl1-vel-335.dat|tl1-vel-335.dat}}  |  {{cdata:case088:tl1:tl1-sdf-335.dat|tl1-sdf-335.dat}}  |
| \(340^o\)  |  {{cdata:case088:ll1:ll1-vel-340.dat|ll1-vel-340.dat}}  |  {{cdata:case088:ll1:ll1-sdf-340.dat|ll1-sdf-340.dat}}  |  {{cdata:case088:ll2:ll2-vel-340.dat|ll2-vel-340.dat}}  |  {{cdata:case088:ll2:ll2-sdf-340.dat|ll2-sdf-340.dat}}  |  {{cdata:case088:tl1:tl1-vel-340.dat|tl1-vel-340.dat}}  |  {{cdata:case088:tl1:tl1-sdf-340.dat|tl1-sdf-340.dat}}  |
| \(345^o\)  |  {{cdata:case088:ll1:ll1-vel-345.dat|ll1-vel-345.dat}}  |  {{cdata:case088:ll1:ll1-sdf-345.dat|ll1-sdf-345.dat}}  |  {{cdata:case088:ll2:ll2-vel-345.dat|ll2-vel-345.dat}}  |  {{cdata:case088:ll2:ll2-sdf-345.dat|ll2-sdf-345.dat}}  |  {{cdata:case088:tl1:tl1-vel-345.dat|tl1-vel-345.dat}}  |  {{cdata:case088:tl1:tl1-sdf-345.dat|tl1-sdf-345.dat}}  |
| \(350^o\)  |  {{cdata:case088:ll1:ll1-vel-350.dat|ll1-vel-350.dat}}  |  {{cdata:case088:ll1:ll1-sdf-350.dat|ll1-sdf-350.dat}}  |  {{cdata:case088:ll2:ll2-vel-350.dat|ll2-vel-350.dat}}  |  {{cdata:case088:ll2:ll2-sdf-350.dat|ll2-sdf-350.dat}}  |  {{cdata:case088:tl1:tl1-vel-350.dat|tl1-vel-350.dat}}  |  {{cdata:case088:tl1:tl1-sdf-350.dat|tl1-sdf-350.dat}}  |
| \(355^o\)  |  {{cdata:case088:ll1:ll1-vel-355.dat|ll1-vel-355.dat}}  |  {{cdata:case088:ll1:ll1-sdf-355.dat|ll1-sdf-355.dat}}  |  {{cdata:case088:ll2:ll2-vel-355.dat|ll2-vel-355.dat}}  |  {{cdata:case088:ll2:ll2-sdf-355.dat|ll2-sdf-355.dat}}  |  {{cdata:case088:tl1:tl1-vel-355.dat|tl1-vel-355.dat}}  |  {{cdata:case088:tl1:tl1-sdf-355.dat|tl1-sdf-355.dat}}  |


====References====

  - Gomes, J.P. (2011). Fluid-structure interaction-induced oscillation of flexible structures in uniform flows, Ph.D. Thesis, Erlangen.
  - Gomes, J.P., Lienhart, H. (2009). Experimental benchmark: Self-excited fluid-structure interaction test cases, in //Fluid-Structure Interaction II: Modelling, Simulation, Optimisation//, (ed. Bungartz, H.J., Mehl, M., Schäfer, M.), Springer-Verlag.
  - Gomes, J.P., Yigit, S., Lienhart, H., Schäfer, M. (2011). [[https://doi.org/10.1016/j.jfluidstructs.2010.09.004|Experimental and numerical study on a fluid-structure interaction reference test case]]. //Journal of Fluids and Structures//, Vol. 27, pp. 43-61.

====Acknowledgements====

The authors gratefully acknowledge the financial support for their research work 
through the German Science Foundation (DFG), Germany, and Fundação para 
Ciência e Tecnologia (FCT), Portugal. In addition, the authors acknowledge the funding of the 
Erlangen Graduate School in Advanced Optical Technologies (SAOT) by DFG in the 
framework of the German excellence initiative.

----

Indexed data:
<data dbcase flow_around_body>
case       : 088
title      : Combined flow and deformation measurements of FSI-induced oscillation of a bluff flexible structure in uniform flows
author*    : Pereira Gomes, Lienhart
year       : 2011
type       : EXP
flow_tag*  : 2d, unsteady, separated, fsi, bluff_body
</data>