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Title: Kings Covered Bridge rehabilitation, Somerset County, PA

Source: Proceedings of the 2005 structures congress, 2005 April 20-24, New York, NY. New York, NY : The Structural Engineering Institute of the American Society of Civil Engineers, 2005: [10] pages.

Author(s)Collins, William J.; Fischetti, David C.; Graton, Arnold M. Jr.; Lichvar, Len; Diehl, Branden; Wacker, James P.; Cesa, Ed; Stoltz, Ed; Kemp, Emory L.; Petro, Samer H.; Buckwalter, Leon; McNamara, John

Publication Year: 2005  View PDF »

Category: Journal Articles

Abstract: Kings Covered Bridge over Laurel Creek in Somerset County, Pennsylvania is approximately 114-foot clear span multiple Kingpost Truss with nail-laminated arches. This timber bridge is historically significant because it retains its original features of the 1860's since the 1930s when it was spared from modernization by the construction of an adjacent steel highway bridge for vehicular traffic. Since that time Kings Bridge has a colorful history, including use as livestock barn and a proposed new use as a part of a 'twin covered bridge' municipal park. Kings Bridge remains a museum-quality artifact. The bridge is currently supported by a temporary steel queenpost truss system pending full rehabilitation. The rehabilitation strategy for Kings Bridge is to minimize interventions, repair in-place, and to replace deteriorated members in-kind where possible. This paper documents the rehabilitation of Kings Bridge as of November 1, 2004. An updated presentation of the existing timber conditions; structural analysis; and final rehabilitation design will be presented at the ASCE Structures Congress in April 2005. Rehabilitation construction will begin fall 2005. The rehabilitation funding for Kings Bridge is 100% federal through the National Covered Bridge and the Transportation Enhancements programs.

Keywords: Wooden bridges, covered bridges, rehabilitation, timber bridges

File size: 428 kb(s)

This publication is also viewable on Treesearch:  view
RITS Product ID: 16917
Current FPL Scientist associated with this product
Wacker, James P.
Research General Engineer
  

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