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San Juan River/Delores Division 7 Durango RICD 06CW09 Report on Design, Functionality
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San Juan River/Delores Division 7 Durango RICD 06CW09 Report on Design, Functionality
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Last modified
2/6/2015 3:48:31 PM
Creation date
11/10/2014 10:06:35 AM
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Template:
Water Supply Protection
File Number
06CW09
Description
Report on the Design, Functionality, and Physical Characteristics of the Durango Boating Park as it Relates to the RICD Application
State
CO
Basin
San Juan/Dolores
Water Division
7
Date
2/15/2006
Author
Recreation Engineering and Planning 485 Arapahoe Ave Boulder, CO 80302 Gary M. Lacy, P.E.
Title
Report on the Design, Functionality, and Physical Characteristics of the Durango Boating Park as it Relates to the RICD Application
Water Supply Pro - Doc Type
Report/Study
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River at this location and this geometry will create the types of experiences desired by the <br />expected users of this park as defined in this report. <br />The lower Structures, Structures 10, 11, and 12, will feature a wider and flatter aspect ratio. <br />There are several reasons for the differences in aspect ratio at the two locations. The <br />primary reason is that the existing aspect ratios of the existing river are currently different at <br />the two locations. The imposition of a wider, flatter aspect ratio at the upper structures <br />would cause sedimentation, erosion, and would evolve the existing morphology at this site. <br />The converse is also true for the lower structures. These structures would create a flooding <br />risk and erosion if a deeper aspect ratio were used. However, it is the designer's opinion that <br />the wider aspect ratio at the lower structures will provide for increased variety across the face <br />of hydraulic and that the narrower, yet slightly deeper aspect ratio of the upper structures <br />will provide a similar attraction through increased power and surginess. Figure 13 shows the <br />preliminary design calculations for Structure #12, the widest of the proposed structures. <br />These calculations were made under the same usage assumptions used in Figure 12 for <br />purposes of comparison. <br />30 <br />
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