Pennsylvania Railroad, Connecting Railway Bridge

Pennsylvania Railroad, Connecting Railway Bridge

Pennsylvania Railroad, Connecting Railway Bridge from the southeast in 1999.
Coordinates 39°58′35″N 75°11′38″W / 39.97639°N 75.19389°WCoordinates: 39°58′35″N 75°11′38″W / 39.97639°N 75.19389°W
Carries SEPTA Trenton Line and Chestnut Hill West Line, Amtrak Northeast Corridor, NJT Atlantic City Line
Crosses Girard Avenue, Schuylkill River, Landsdowne Drive
Locale Philadelphia, Pennsylvania
Other name(s) Pennsylvania Railroad, New York Division, Bridge No. 69
Characteristics
Design Arch bridge
Material Stone
Longest span 103 feet (31 m)
History
Designer John A. Wilson (attributed)
George Brooke Roberts
Constructed by Thomas Seabrook
Opened 1867

Pennsylvania Railroad, Connecting Railway Bridge is a stone arch bridge in Philadelphia, Pennsylvania, that carries Amtrak Northeast Corridor and SEPTA and NJT commuter rail lines over the Schuylkill River. It is located in Fairmount Park, just upstream from the Girard Avenue Bridge.

It is also known as Pennsylvania Railroad, New York Division, Bridge No. 69. Other names are the Connecting Railway Bridge, the Connection Bridge, the New York Connecting Bridge, the New York Railroad Bridge, and the Junction Railroad Bridge.

Initial bridge

The bridge was built in 1866 and 1867 by the Connecting Railway, a company affiliated with the Pennsylvania Railroad and formally purchased by the PRR in 1871. Its purpose was to connect the PRR's southern and northern lines, and to be part of an eventual direct PRR line from Washington, D.C., to New York City. Before the bridge's construction, PRR trains took a circuitous route between PRR's West Philadelphia and North Philadelphia Stations.

The bridge was probably designed by John A. Wilson, chief engineer of the Connecting Railway Company, who surveyed the route in 1863. Following Wilson's 1864 resignation, PRR First Vice-President George Brooke Roberts, an engineer, took over the project and saw it through to completion. (He later became president of the PRR.) Thomas Seabrook was the masonry contractor.

The bridge opened to traffic on 2 June 1867. [1] The bridge was narrow, with only 2 tracks and an iron truss at mid-river. This was a 236-foot-3-inch (72 m) cast- and wrought-iron, arch-reinforced, double-intersection Whipple truss.

In 1873, PRR slightly reduced the truss's span by widening the stone piers at each end. Probably at the same time, PRR removed the truss's reinforcing arch. In 1897, PRR replaced the Whipple truss with a Pratt truss of the same length.[2]

Expanded bridge

Between 1912 and 1915, PRR more than doubled the width of the bridge to 5 tracks, and replaced the mid-river iron truss with two massive stone arches.[3] Alexander C. Shand was the designer of what was essentially a new bridge, built to look like the original. Eyre, Shoemaker, Inc. was the masonry contractor. Reiter, Curtis & Hill built the reinforced concrete bridges over Lansdowne Drive and West Girard Avenue, and the viaduct curving around the Philadelphia Zoo.[4]

In art

The Connecting Railway Bridge, with its line of stone arches, was a frequent subject for painters. It appears in works by Carl Philipp Weber,[5] Edmund Darch Lewis, Thomas Moran, and, most famously, Max Schmitt in a Single Scull (1871) by Thomas Eakins.

Other images

See also

Notes

  1. ↑ Spivey, Justin (April 2001). "Connecting Railway, Schuylkill River Bridge" (PDF). Historic American Engineering Record. Washington, D.C.: Library of Congress. pp. 5–6. Retrieved January 30, 2014.
  2. ↑ Richards, Joseph T. (April 1898). "Replacement of the Old Metal-Span of the Pennsylvania Railroad Bridge over the Schuylkill River at Philadelphia, October 17, 1897". Proceedings of the Engineers' Club of Philadelphia 14 (4): 302–309.
  3. ↑ Solomon, Brian (2008). Railroads of Pennsylvania. St. Paul: MBI Publishing Company and Voyageur Press. p. 70. ISBN 978-0-7603-3245-0.
  4. ↑ Spivey, pp. 6-7.
  5. ↑ Beth Kephart, Flow: The Life and Times of Philadelphia's Schuylkill River (2007), p. 101.

References

External links