Search results
Results from the WOW.Com Content Network
Pages in category "Concrete bridges in California" The following 40 pages are in this category, out of 40 total. This list may not reflect recent changes. A.
Concrete arch bridge: First Street Bridge: 1914 2004-08-05 Napa ... Highway Bridges of California MPS I Street Bridge: 1910, 1911 1982-04-22 Sacramento
Senator William V. Roth Jr. Bridge in Delaware is a cable-stayed bridge using precast concrete segments for the approach and center spans; Vancouver SkyTrain's Millennium Line as well as the elevated portion of the Canada Line; Linn Cove Viaduct in the Blue Ridge Mountains, North Carolina (precast) Manwel Dimech Bridge in St. Julian's (San ...
Spancrete produces precast, prestressed concrete products that are used in commercial, industrial, institutional, residential and multifamily construction projects in the Midwest and Southeast. The company also manufactures and sells hollowcore extrusion machines that are used to produce precast concrete internationally.
Completed in 1949, the original bridge is a reinforced concrete open-spandrel arch-bridge with an overall length of 434 feet (132 m), and arch span of 220 feet (67 m). It now serves as a service road and bike path. The new Los Peñasquitos Creek bridge was first built in 1966 as the southbound lanes of the U.S. Route 395 freeway.
The Posey and Webster Street Tubes are two parallel underwater tunnels connecting the cities of Oakland and Alameda, California, running beneath the Oakland Estuary.Both are immersed tubes, constructed by sinking precast concrete segments to a trench in the Estuary floor, then sealing them together to create a tunnel.
In California, 47.7% of the state’s thousands of bridges carry the “fair” rating. About 6.2% of California’s bridges were rated as in “poor” condition as of 2023. The data does not ...
The design proposed was an elevated viaduct consisting of reinforced concrete columns and precast concrete segment spans as seen in the illustration at right. The design criterion was that the new bridge should survive an 8.5 magnitude earthquake on any of several faults in the region (particularly the nearby San Andreas and Hayward faults).