Design, Construction, and Field Testing of an Ultra High Performance Concrete Pi-Girder Bridge

Rouse, Jon; Wipf, Terry J.; Phares, Brent; Fanous, Fouad; Berg, Owen; Bridge Engineering Center

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Design, Construction, and Field Testing of an Ultra High Performance Concrete Pi-Girder Bridge

2011-01-01
By Rouse, Jon ; Wipf, Terry J. ; Phares, Brent ; ...

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Creators:

Rouse, Jon ; Wipf, Terry J. ; Phares, Brent ; Fanous, Fouad ; Berg, Owen

Rouse, Jon ; Wipf, Terry J. ; Phares, Brent ; Fanous, Fouad ; Berg, Owen Less -
Corporate Creators:

Bridge Engineering Center
Corporate Contributors:

Iowa. Dept. of Transportation ; Iowa. Highway Research Board

Iowa. Dept. of Transportation ; Iowa. Highway Research Board Less -
Subject/TRT Terms:

[+]

Bridge Design Bridges And Other Structures Construction Design Field Tests Finite Element Method Girder Bridges Highways I24: Design Of Bridges And Retaining Walls I53: Construction Of Bridges And Live Loads Load Tests Precast Concrete Prestressed Concrete Bridges Research Hub Retaining Walls Ultra High Performance Concrete
Publication/ Report Number:

IHRB Project TR-574 ; InTrans Project 07-295

IHRB Project TR-574 ; InTrans Project 07-295 Less -
Resource Type:

Tech Report
Geographical Coverage:

Iowa ; United States

Iowa ; United States Less -
TRIS Online Accession Number:

01340773
Edition:

FINAL REPORT
Corporate Publisher:

Iowa State University. Institute for Transportation
Abstract:

The Jakway Park Bridge in Buchanan County, Iowa is the first bridge constructed with a new prestesssed girder system composed of precast Ultra-High Performance Concrete (UHPC). These girders employ an integral deck to facilitate construction and are referred to as pi-girders for the resemblance of their cross-section to the Greek letter, “π”. The evolution of the girder geometry, simplifying assumptions, and finite element analysis techniques used in design of the bridge are examined, and the results of laboratory and live load field testing are presented to quantify behavior. The effectiveness of the finite element analysis and structural performance of the bridge, including live load distribution, are evaluated to provide guidance for future designs employing these girders.
Format:

PDF
Collection(s):

US Transportation Collection
Main Document Checksum:

[+]

urn:sha256:86ae843ac637cd8de52e46075556c774de7722946cece968113bd302eab858be
Download URL:

https://rosap.ntl.bts.gov/view/dot/27316/dot_27316_DS1.pdf
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Design, Construction, and Field Testing of an Ultra High Performance Concrete Pi-Girder Bridge

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