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Hydrocarbon Pool Fire Performance of Fiber Reinforced Polymer Retrofitted and Thermally Insulated Bridges

Hydrocarbon Pool Fire Performance of Fiber Reinforced Polymer Retrofitted and Thermally Insulated Bridges



Yazdani

Principle Investigator

Dr. Nur Yazdani

Eyosias Beneberu

Graduate Research Assistant

Eyosias Beneberu


Sponsors

TXDoT
DFW Fir Training Research Center

A project is underway at University of Texas at Arlington to evaluate the hydrocarbon pool fire performance of fiber reinforced polymer (FRP) retrofitted and thermally insulated bridges. It is a pioneering research in bridging the knowledge gap on the study of bridges in general and FRP- strengthened bridge girders in particular, specifically against fire hazard. The project has three phases. The first phase involved building a full scale bridge which is 33’ in length, 18’ wide and 6’ high. The superstructure consisted of three Tx28 girder and 8” concrete deck. The first girder is FRP strengthened the second girder is FRP repaired and thermally insulated and the third one which served as control was neither FRP strengthened nor thermally insulated.


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Test Bridge


The second phase involved loading the bridge with blocks of zipper barrier to simulate HL-93 live load and subjecting to hydrocarbon fire. The fire testing Was performed at DFW Fire Training Research Center.


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Test Bridge loaded with blocks of zipper barrier.

Fire test.


On the third phase of the projects, the girders were saw-cut and transported to the CELAB to determine their residual strength.


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Deck saw-cutting.

Residual strength test.