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<br />CULVERT <br />Inside Dimensions <br />Rise (or Diar:neter) . <br />Span . - <br />Shape . <br />Material <br />Invert Elevations <br />Entrance ~ <br />Outlet . . <br />Length of Culvert <br />Embankment sidesloces <br />Entrance <br />WingwciJI Ang'~ . <br />WingwalJ Length <br />End Projection <br />Outlet <br />Siltation Depth (. <br />End Projection. <br />61";J'J.f. I"~" rype.: <br /> <br />I <br />I <br />I <br /> <br />- <br /> <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />1 <br /> <br />LOCAl/oN ~ <br /> <br />BRIDGE/CULVERT INFORMATION <br /> <br />]I~~~~f;+":' i:' : 1 . l' <br />. Bridg~ Opening' Width IN <br />Bridge Opening Length L <br />Piers <br />Number 0 <br />Width <br />Type ' <br />Elevation Low Steel <br />Elevation Top <br />Bridge Opening Sideslopes <br />Entrance <br />Outlet <br />Wingwall Angles <br />Wingwc;dl Lengths <br />Angfe of Bridge Skew <br />Deck Elevations <br />Top of Railing <br />Invert Elevations' <br />Entrance <br />Outlet <br /> <br />~emarks-o <br /> <br />~ <br /> <br />.If <br /> <br />, ' <br /> <br />. I <br /> <br />GENERAL INFORMATION <br /> <br />ulvert Materials: RCP, eMP, PVC. Aluminum, Other <br />ulvert Shapes: Arch, Circular, Sliptical, Rectangular <br />,idge Pier Type: J1 0 fl.L- <br />Semicircular Nose and Tail () . <br />Twin Cylinder Piers with Connecting Diaphragm 0==0 <br />Twin Cylinder Piers without Diaphagm 0 '0 <br />90 Degree Triangular Nose and Tail ( ) <br />Square Nose and Tail I. I <br />'hotographs should show Rod and Rodman as fonows <br /> <br /> <br />"" <br /> <br />~ <br /> <br />PIER <br /> <br />Show Culvert or Bridge <br />Dimensions on Sketch <br /> <br />TOP OF DECK ELEV. ^ T CENTERLINe <br /> <br /> <br />WATER SURFACE <br />