Restoration Plan for the Clark Fork River And the Blackfoot River Near Milltown Dam [electronic Resource] 2005 Appendix C
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Restoration Plan for the Clark Fork River And the Blackfoot River Near Milltown Dam [electronic Resource] 2005 Appendix C
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Shear stress assessments typically compare critical shear stress to average total shear stress.
Average shear stress is calculated by the equation, where x is the shear stress, y is the specific weight of water, R is the hydraulic radius, and s is the slope of the channel.
Concerning channel design methods, the engineered channel is typically designed to generate a critical shear stress capable of initiating motion in a Dg^ size particle during a bankfull discharge event. This concept is consis...tent with several studies (Pickup 1976; Jackson and Beschta 1992; Grant 1987; Carling 1988; Sidle 1998; Booth 1990; and Leopold 1992). Significantly increasing or decreasing stream energy by modifying channel dimensions may lead to channel degradation or aggradation, respectively.
C.5.1 Methods A critical shear stress analysis was completed for selected reference reaches. Hydraulic models were developed using HEC-RAS (US Army Corps of Engineers 2004) to estimate average total shear stress. As indicated previously, the model was calibrated by using field-surveyed channel geometry, bankfull indicators and bankfull discharges to predict Manning's roughness values.
What to read after Restoration Plan for the Clark Fork River And the Blackfoot River Near Milltown Dam [electronic Resource] 2005 Appendix C?
You can find similar books in the "Read Also" column, or choose other free books by Montana.Natural Resource Damage Program to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
Shear stress assessments typically compare critical shear stress to average total shear stress.
Average shear stress is calculated by the equation, where x is the shear stress, y is the specific weight of water, R is the hydraulic radius, and s is the slope of the channel.
Concerning channel design methods, the engineered channel is typically designed to generate a critical shear stress capable of initiating motion in a Dg^ size particle during a bankfull discharge event. This concept is consis...tent with several studies (Pickup 1976; Jackson and Beschta 1992; Grant 1987; Carling 1988; Sidle 1998; Booth 1990; and Leopold 1992). Significantly increasing or decreasing stream energy by modifying channel dimensions may lead to channel degradation or aggradation, respectively.
C.5.1 Methods A critical shear stress analysis was completed for selected reference reaches. Hydraulic models were developed using HEC-RAS (US Army Corps of Engineers 2004) to estimate average total shear stress. As indicated previously, the model was calibrated by using field-surveyed channel geometry, bankfull indicators and bankfull discharges to predict Manning's roughness values.
What to read after Restoration Plan for the Clark Fork River And the Blackfoot River Near Milltown Dam [electronic Resource] 2005 Appendix C?
You can find similar books in the "Read Also" column, or choose other free books by Montana.Natural Resource Damage Program to read onlineMoreLess
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