Table 5.8. Sediment Transport Function Rankings for LEO Data Set.
DATA SET: LEO
# DATA POINTS
IN SET: 55
Percent of data points
Average Standard
Standard Deviation of
FUNCTION
in discrepancy ratio
deviation of Discrepancy
Discrepancy Ratio
range
Ratio
61.82
1.351
1.0382
COLBY
3
PROFITT(SUTHERLAND)
56.36
2.245
2.8644
56.36
0.907
0.7016
BROWNLIE,D50
2
49.09
1.013
0.8411
ACKERS-WHITE,D50
1
YANG,D50
47.27
0.699
0.6532
YANG.
47.27
0.674
0.6592
ENGELUND-HANSEN
45.45
1.393
1.2055
ACKERS-WHITE.
45.45
1.274
1.5971
LAURSEN(COPELAND)
38.18
1.290
1.5349
TOFFALETI-MPM
38.18
1.016
1.1138
TOFFALETI-SCHOKLITSC
36.36
1.024
1.1624
VAN.RIJN
36.36
0.806
0.9061
EINSTEIN(TOTAL-LOAD)
34.55
0.847
1.8083
TOFFALETI.
32.73
0.876
1.0742
LAURSEN(MADDEN),1985
29.09
1.496
2.5647
EINSTEIN(BED-LOAD)
14.55
0.303
0.7613
SCHOKLITSCH
5.45
0.167
0.8556
MPM(1948),D50
3.64
0.179
0.8404
MPM(1948).
1.82
0.155
0.8614
PARKER
0.00
0.000
1.0092
Table 5.9. Sediment Transport Function Rankings for MID Data Set.
DATA SET: MID
# DATA POINTS
IN SET: 38
Percent of data points
Average Standard
Standard Deviation of
FUNCTION
in discrepancy ratio
deviation of Discrepancy
Discrepancy Ratio
range
Ratio
89.47
0.947
0.3875
ENGELUND-HANSEN
1
89.47
0.908
0.4413
TOFFALETI-SCHOKLITSCH
2
COLBY
86.84
0.839
0.4599
PROFITT(SUTHERLAND)
86.84
1.349
0.8418
84.21
0.866
0.4175
YANG.
3
YANG, D50
84.21
0.850
0.4042
ACKERS-WHITE, D50
81.58
0.792
0.4271
ACKERS-WHITE.
81.58
0.788
0.4664
VAN RIJN
81.58
0.862
0.7021
LAURSEN(MADDEN),1985
71.05
0.785
0.7419
TOFFALETI-MPM
71.05
0.710
0.4879
EINSTEIN(TOTAL-LOAD)
65.79
0.964
1.6763
BROWNLIE, D50
60.53
0.613
0.4689
LAURSEN(COPELAND)
44.74
2.528
3.6580
SCHOKLITSCH
36.84
0.448
0.5931
TOFFALETI.
34.21
0.487
0.6241
EINSTEIN(BED-LOAD)
18.42
0.381
0.6417
MPM(1948),D50
2.63
0.286
0.7324
PARKER
0.00
0.001
1.0120
MPM(1948).
0.00
0.235
0.7798
68
Chapter 5
Theoretical Basis for SAM.aid
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