Exploring the Thermal Effects on the Integral Bridges (VIDEO)
Caption
Dunja Peric, associate professor of civil engineering and faculty member with the University Transportation Center at K-State, is studying the effects of different soil conditions and temperature change ranges on thermally induced expansion on integral bridges. Unlike conventional bridges, integral bridges lack expansion joints and have a continuous deck that creates an interconnected piece, which has performance and economic benefits. Integral bridges are more economically efficient than conventional bridges, according to Peric, but their design remains experiential and involves intuition, experimentation and observations.
Credit
Kansas State University's University Transportation Center
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