Now showing items 1-3 of 3

    • Concrete cracking in new bridge decks and overlays 

      Foley, Christopher; Wan, Baolin; Komp, Jordan (Wisconsin Highway Research Program, 2010-02)
      There appears to be a trend for new bridge decks in the state of Wisconsin to develop early-age transverse cracks and map cracks on concrete overlays. A comprehensive literature review of the potential causes of concrete ...
    • Fatigue risks in the connections of sign support structures: phase I 

      Hellenthal, Matthew; Foley, Christopher; Komp, Jordan; Wan, Baolin; Weglarz, Mathew; Schmidt, Joseph P.; Smith, Andrew (Wisconsin Highway Research Program, 2008-12)
      Wisconsin sought to assess the risk of fatigue-induced fracture in its existing sign support structures designed before the latest AASHTO specifications that included fatigue design. A framework for assessing fatigue-induced ...
    • In-situ monitoring and testing of IBRC bridges in Wisconsin 

      Foley, Christopher; Komp, Jordan; Wan, Baolin; Barnes, Kristine; Schneeman, Carl; Smith, Andrew; Liu, Junshan (Wisconsin Highway Research Program, 2010-06)
      This study examines two highway bridges constructed using novel fiber-reinforced polymer (FRP) composite stay-in-place formwork and an FRP grillage reinforcement system. Both bridge superstructures rely on the FRP components ...