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<br />Figure 4.10,
<br />
<br />Figure 4.11.
<br />
<br />Figure 4.12,
<br />
<br />Figure 4.13.
<br />
<br />Figure 4,14.
<br />
<br />Figure 4,15.
<br />
<br />Figure 4.16.
<br />
<br />Figure 4.17.
<br />
<br />Figure 4.18,
<br />
<br />Figure 4.19,
<br />
<br />Figure 4.20.
<br />
<br />Figure 4.21,
<br />
<br />Figure 4.22.
<br />
<br />Distribution of dimensionless grain shear stress in the Mathers Hole Reach at 10,000 cfs,
<br />
<br />. . . , , , , , , . . . . . . . . . . . , . . . . . . . , . , , , , . ., , , . . . . . . . . , , . . . . . . . . . . . . . . .4,19
<br />
<br />Distribution of dimensionless grain shear stress in the Mathers Hole Reach at 32,300 cfs.
<br />
<br />. . . . , . . . . . . . , . , , . . . . . . . . . . , . . . . . . , . . . . . . , . , , . . , . . . . . . . . . . . . . . . . .4,21
<br />
<br />Variation in dimensionless grain shear stress (T'.) at Cross Section 6, Mathers Hole, for
<br />two values of dimensionless critical shear stress (T.c) at discharges ranging from 300 to
<br />32,300 cfs, based on the 1-0 model results (Mussetter and Harvey, 1994). The median
<br />size of the bed material is 69 mm. ..,.",..........,....,."",.."".. 4.24
<br />
<br />Variation in dimensionless grain shear stress (T'.) at Cross Section 10, Mathers Hole, for
<br />two values of dimensionless critical shear stress (T.c) at discharges ranging from 300 to
<br />32,300 cfs, based on the 1-0 model results (Mussetter and Harvey, 1994). The median
<br />size of the bed material is 84 mm, .,......""..,...................... 4,25
<br />
<br />Variation in dimensionless grain shear stress (T'.) at Cross Section 3, Mathers Hole, for
<br />two values of dimensionless critical shear stress (T.c) at discharges ranging from 300 to
<br />32,300 cfs, based on the 2-D model results (Mussetter and Harvey, 1994), The median
<br />size of the bed material is 69 mm, .",.."........"......,............ 4,26
<br />
<br />Variation in dimensionless grain shear stress (T'.) at Cross Section 6, Mathers Hole, for
<br />two values of dimensionless critical shear stress (T.c) at discharges ranging from 300 to
<br />32,300 cfs, based on the 2-D model results (Mussetter and Harvey, 1994), The median
<br />size of the bed material is 84 mm. .,.,.............,.,....,.....,....., 4,27
<br />
<br />Variation in dimensionless grain shear stress (T'.) at Cross Section 10, Mathers Hole, for
<br />two values of dimensionless critical shear stress (T.c) at discharges ranging from 300 to
<br />32,300 cfs, based on the 2-D model results (Mussetter and Harvey, 1994), The median
<br />size of the bed material is 69 mm. ..,...""""........,....".....,.. 4.28
<br />
<br />Variation in dimensionless grain shear stress (T'.) at Cross Section 14, Mathers Hole, for
<br />two values of dimensionless critical shear stress (T.c) at discharges ranging from 300 to
<br />32,300 cfs, based on the 2-D model results (Mussetter and Harvey, 1994). The median
<br />size of the bed material is 84 mm. ............,........................ 4.29
<br />
<br />Contour plot of dimensionless grain shear stress (T'.) in the vicinity of the tertiary bar at
<br />XS10 at 32,300 cfs, based on a dimensionless critical shear stress (T.c) of 0.03. (See
<br />Figures 4,5 through 4.9 for the location within the overall study area,) ...,...., 4.31
<br />
<br />Contour plot of dimensionless grain shear stress (T'.) in the vicinity of the tertiary bar at
<br />XS10 at 10,000 cfs, based on a dimensionless critical shear stress (T.c) of 0,03, (See
<br />Figures 4.5 through 4.9 for the location within the overall study area.) ..,..,.,. 4.32
<br />
<br />Contour plot of dimensionless grain shear stress (T'.) in the vicinity of the tertiary bar at
<br />XS10 at 1,000 cfs, based on a dimensionless critical shear stress (T.c) of 0.03, (See
<br />Figures 4.5 through 4,9 for the location within the overall study area.) ."",.,.4,33
<br />
<br />Contour plot of dimensionless grain shear stress (T'.) in the vicinity of the tertiary bar at
<br />XS10 at 500 cfs, based on a dimensionless critical shear stress (T.c) of 0.03, (See
<br />Figures 4,5 through 4,9 for the location within the overall study area.) .,.".,.. 4.34
<br />
<br />Contour plot of dimensionless grain shear stress (T'.) in the vicinity of the tertiary bar at
<br />XS10 at 325 cfs, based on a dimensionless critical shear stress (T.c) of 0.03. (See
<br />Figures 4.5 through 4,9 for the location within the overall study area.) .....",. 4.35
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<br />iv
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<br />Mussetter Engineering, Inc.
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