A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Full-Depth and Partial- Depth Bridge Deck Panels
Prefabrication of deck panels is an available technique for accelerated bridge construction. Two primary panel types are available. Full-depth deck panels are installed as individual members. They are connected at the panel joints and serve as the entire structural component of the deck. Partial-depth deck panels serve as a stay-in-place form for a cast-in-place topping course. In 2008, Badie and Tadros completed National Cooperative Highway Research Program Project 12-65. The goal was to create general design specifications for full-depth deck panels. A survey was administered to determine the most common construction and application types for precast panels. Survey results showed that for new bridge construction, partial-depth and full-depth panels have been used with both steel and concrete girder bridges. However, the respondents indicated a preference toward steel girder bridges. The reason for this preference was unclear. Results also indicated that full-depth panels are used by more DOTs; however, a higher number of bridges have been constructed using partial-depth panels.
Full-Depth and Partial- Depth Bridge Deck Panels
Prefabrication of deck panels is an available technique for accelerated bridge construction. Two primary panel types are available. Full-depth deck panels are installed as individual members. They are connected at the panel joints and serve as the entire structural component of the deck. Partial-depth deck panels serve as a stay-in-place form for a cast-in-place topping course. In 2008, Badie and Tadros completed National Cooperative Highway Research Program Project 12-65. The goal was to create general design specifications for full-depth deck panels. A survey was administered to determine the most common construction and application types for precast panels. Survey results showed that for new bridge construction, partial-depth and full-depth panels have been used with both steel and concrete girder bridges. However, the respondents indicated a preference toward steel girder bridges. The reason for this preference was unclear. Results also indicated that full-depth panels are used by more DOTs; however, a higher number of bridges have been constructed using partial-depth panels.
Full-Depth and Partial- Depth Bridge Deck Panels
Jared T Jones (author) / Keri L Ryan / M "Saiid" Saiidi
2017
Article (Journal)
English
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