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Pages 9-23

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From page 9...
... 9 2.1 Introduction The goals of this project were as follows: 1. Develop a full-depth precast concrete deck panel system with simplified connection details.
From page 10...
... 10 Simplified Full-Depth Precast Concrete Deck Panel Systems desirable. The deck system is pretensioned transversely and post-tensioned -- or conventionally reinforced -- longitudinally.
From page 11...
... Figure 2.1. Plan view of the 6-ft- and 12-ft-long panel.
From page 12...
... Figure 2.2. Precast deck panel system: Section A-A, B-B, and C-C.
From page 13...
... Research Goals and Approach 13 are expected to be made of full 8.5-in. thickness to resist impact loading on the bridge railing (Precast/Prestressed Concrete Institute 2011A)
From page 14...
... Figure 2.3. Precast deck panel system: Section D-D on concrete and steel girders.
From page 15...
... Research Goals and Approach 15 set by FHWA (Graybeal 2013, Graybeal 2014)
From page 16...
... 16 Simplified Full-Depth Precast Concrete Deck Panel Systems Figure 2.5. Details of the panel-to-concrete girder connection.
From page 17...
... Research Goals and Approach 17 (a) Components (b)
From page 18...
... 18 Simplified Full-Depth Precast Concrete Deck Panel Systems Assembly with collar Assembly without collar (a) Von Mises stresses in the grout around the shear connector assembly (with collar, smaller red area is in high stress)
From page 19...
... Research Goals and Approach 19 Figure 2.8. Details of the panel-to-steel girder connection.
From page 20...
... 20 Simplified Full-Depth Precast Concrete Deck Panel Systems Figure 2.9. 3-D rendering of the complete deck.
From page 21...
... Research Goals and Approach 21 B Figure 2.10. Plan view of the precast panel with conventional reinforcement (for clarity, reinforcement is not shown)
From page 22...
... Figure 2.12. Precast panel with conventional reinforcement: Section B-B.
From page 23...
... Research Goals and Approach 23 Figure 2.13. Splice of longitudinal rebars at the panel-to-panel joint.

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