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(19-11-01) Prof Eng and Arch Srvcs Ped Bridge REVISED
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Hardesty & Hanover
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1/14/2020 3:56:17 PM
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1/14/2020 3:49:08 PM
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<br />Floor System <br />A continuous concrete slab composite with the FUBs serves as a walking surface, stiffens the structure in <br />bending and torsion, and further adds to the system redundancy. Concrete slabs span longitudinally <br />between exterior brackets containing soil, utility chases, and drainage troughs. <br />Amphitheater Structure <br />The elevated amphitheater structure system will be studied during the BDR phase. A torsionally stiff beam <br />at the bridge end with two longitudinal through-girders is a potential solution. The transverse beams will <br />span from the through-girders to support the floor system. Deflections under dynamic loading will be <br />analyzed to ensure no resonance. A strut supporting the balcony <br />tip, tying diagonally back to the main pier, is also an option to <br />control deflections, add redundancy, and reduce superstructure <br />depths and weight. <br />Ancillary Structures <br />Elevator shafts and access stair structures will be integrated into <br />the main crossing and site. We propose to integrate the stair <br />system into the elevator shaft to minimize the footprint. H&H has <br />provided these systems successfully with attention to the ADA <br />requirements and electro-mechanical interfaces on past projects. <br /> <br /> <br /> <br />Floor System - Slab on FUBs and between ribs <br />Integrated Stairs and Elevator Shaft <br />D-16
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