Table 5.16. Sediment Transport Function Rankings for POR Data Set.
DATA SET: POR
# DATA POINTS
IN SET: 219
Percent of data points
Average Standard
Standard Deviation of
FUNCTION
in discrepancy ratio
deviation of Discrepancy
Discrepancy Ratio
range
Ratio
87.21
1.009
0.4888
YANG.
1
67.58
1.245
0.9824
LAURSEN(COPELAND)
2
65.75
1.933
1.3088
ENGELUND-HANSEN
3
BROWNLIE, D50
48.86
0.563
0.5322
PROFITT(SUTHERLAND)
44.75
0.613
0.5739
EINSTEIN(TOTAL-LOAD)
43.38
0.734
0.6747
MPM(1948),D50
42.92
0.538
0.5646
EINSTEIN(BED-LOAD)
42.92
0.722
0.6683
PARKER
41.10
1.803
1.4934
TOFFALETI-MPM
35.62
0.542
0.5668
MPM(1948).
31.51
0.485
0.5952
ACKERS-WHITE.
23.74
0.387
0.6626
VAN RIJN
19.63
0.386
0.7461
TOFFALETI-SCHOKLITSCH
17.81
0.378
0.6486
ACKERS-WHITE, D50
12.33
0.279
0.7487
SCHOKLITSCH
10.96
0.313
0.7109
YANG, D50
2.28
0.103
0.9062
COLBY
0.46
0.131
0.8756
TOFFALETI.
0.00
0.086
0.9198
LAURSEN(MADDEN),1985
0.00
0.117
0.8882
Table 5.17. Sediment Transport Function Rankings for RED Data Set.
DATA SET: RED
# DATA POINTS
IN SET: 30
Percent of data points
Average Standard
Standard Deviation of
FUNCTION
in discrepancy ratio
deviation of Discrepancy
Discrepancy Ratio
range
Ratio
TOFFALETI-MPM
93.33
0.968
0.3799
90.00
1.010
0.4302
TOFFALETI-SCHOKLITSCH
1
86.67
1.047
0.8088
ACKERS-WHITE.
3
83.33
0.960
0.5720
LAURSEN(COPELAND)
2
TOFFALETI.
83.33
0.895
0.3838
ENGELUND-HANSEN
66.67
1.239
1.2817
PROFITT(SUTHERLAND)
63.33
2.167
2.6062
LAURSEN(MADDEN),1985
60.00
2.348
2.0326
ACKERS-WHITE, D50
50.00
0.874
0.9478
EINSTEIN(TOTAL-LOAD)
30.00
2.176
2.9836
BROWNLIE, D50
26.67
0.462
0.5873
VAN RIJN
23.33
0.352
0.6771
COLBY
16.67
0.353
0.7126
YANG, D50
13.33
0.369
0.7336
EINSTEIN(BED-LOAD)
10.00
0.177
0.8616
YANG.
10.00
0.339
0.7302
SCHOKLITSCH
3.33
0.116
0.9108
MPM(1948).
0.00
0.073
0.9442
MPM(1948),D50
0.00
0.091
0.9269
PARKER
0.00
0.000
1.0171
72
Chapter 5
Theoretical Basis for SAM.aid
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