A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Streamflow and Streambed Scour in 2010 at Bridge 339, Copper River, Alaska
The Copper River Highway traverses a dynamic and complex network of braided and readily erodible channels that constitute the Copper River Delta, Alaska, by way of 11 bridges. Over the past decade, several of these bridges and the highway have sustained serious damage from both high and low flows and channel instability. This investigation studying the impact of channel migration on the highway incorporates data from scour monitoring, lidar surveys, bathymetry, hydrology, and time-lapse photography.
Streamflow and Streambed Scour in 2010 at Bridge 339, Copper River, Alaska
The Copper River Highway traverses a dynamic and complex network of braided and readily erodible channels that constitute the Copper River Delta, Alaska, by way of 11 bridges. Over the past decade, several of these bridges and the highway have sustained serious damage from both high and low flows and channel instability. This investigation studying the impact of channel migration on the highway incorporates data from scour monitoring, lidar surveys, bathymetry, hydrology, and time-lapse photography.
Streamflow and Streambed Scour in 2010 at Bridge 339, Copper River, Alaska
J. S. Conaway (author) / T. P. Brabets (author)
2010
32 pages
Report
No indication
English
Streamflow and streambed scour in 2010 at bridge 339, Copper River, Alaska
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