A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fish Ladders for Little Goose and Lower Granite Dams, Snake River, Washington. Hydraulic Model Investigations
A 1:10-scale hydraulic model was used to develop designs for the overflow section, weir upstream from the fish counting station, orifice control section, and exit of a 20-ft-wide, 1v on 10H-slope fish ladder for Little Goose Dam. Data from this study were used to design a similar fish ladder for Lower Granite Dam. An improved type of control section with vertical slots and submerged orifices in the bulkheads was developed in the model for use at Lower Granite. This type of control section was installed at both projects. (Author)
Fish Ladders for Little Goose and Lower Granite Dams, Snake River, Washington. Hydraulic Model Investigations
A 1:10-scale hydraulic model was used to develop designs for the overflow section, weir upstream from the fish counting station, orifice control section, and exit of a 20-ft-wide, 1v on 10H-slope fish ladder for Little Goose Dam. Data from this study were used to design a similar fish ladder for Lower Granite Dam. An improved type of control section with vertical slots and submerged orifices in the bulkheads was developed in the model for use at Lower Granite. This type of control section was installed at both projects. (Author)
Fish Ladders for Little Goose and Lower Granite Dams, Snake River, Washington. Hydraulic Model Investigations
L. Z. Perkins (author)
1976
42 pages
Report
No indication
English