Submission
Instructions:
1. All figures shall be
submitted as Postscript (*.ps or *.eps) files.
2. As shown in example
figures, please include indentifier provided by workshop organizers.
3. Integral values shall be
submitted as ASCII file.
4. Transfer all files to IIHR
anonymous ftp server
- connect to ftp.iihr.uiowa.edu
login: anonymous
password: your email address
- change directory to /incoming/iihr/g2k
- make a directory for yourself
using either your last name or institution as the directory name
- put all of your files in this
directory
- notify Dr. Volker Bertram
(email: Bertram@hsva.de) that
your submission is on the ftp server.
Items for Model 5415
comparisons & validation:
Table 1. Integral
variables: CT, CF, Cp, k
Figure 1. Wave profile
on hull, comparison to EFD data
Figure 2. Wave cut at
y/L=0.172, comparison to EFD data.
Figure 3. Wave cut at
y/L=0.172, validation.
NOTES
1. Comparison Error, E=D-S, where D is the data value, and S is
the simulation value. E% is obtained by normalizing by benchmark,
i.e., E%=(D-S)/(validation scale)*100
2. UV = sqrt(UD2+USN2)
is the validation uncertainty [see equation 33 of Stern
et al. (1999)]
3. UD is the data uncertainty.
4. USN is the simulation numerical uncertainty [see
equation 8 of Stern et al. (1999)]
Figure 4. Wave-elevation
contours, global view.
Figure 5. Wave-elevation
contours, bow detail.
Figure 6. Wave-elevation
contours, transom detail.
Figure 7. Velocity field
contours and cross-plane vectors at propeller plane
Figure 8. Axial velocity in
propeller plane along z/L=-0.02, comparison to EFD data.
Figure 9. Axial velocity in
propeller plane along z/L=-0.02, validation.
NOTES
1. Comparison Error, E=D-S, where D is the data value, and S is
the simulation value. E% is obtained by normalizing by benchmark,
i.e., E%=(D-S)/(validation scale)*100
2. UV = sqrt(UD2+USN2)
is the validation uncertainty [see equation 33 of Stern
et al. (1999)]
3. UD is the data uncertainty.
4. USN is the simulation numerical uncertainty [see
equation 8 of Stern et al. (1999)]
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