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Filtering by: Committee Member Scott, Michael Remove constraint Committee Member: Scott, Michael Advisor Simpson, Barbara Remove constraint Advisor: Simpson, Barbara

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  • Post-Earthquake Performance Assessment of Steel Strongback Braced Frames

    Creator:
    Rhoades, Katharine
    Abstract:
    Traditional braced frames are an efficient and economic means of resisting seismic demands. However, braced frames are prone to story mechanisms, which can result in concentrations of demands and damage during seismic events. Including steel strongbacks in conjunction with traditional braced frames can mitigate story mechanisms. The SBF results in...
    Resource Type:
    Honors College Thesis
    Full Text:
    _____________________________________________________________________ Michael Scott Committee Member, representing Civil Engineering

  • Improving Braced Frame Modeling Application

    Creator:
    Groshong, Corey
    Abstract:
    This work analyzes the numerical curvature of buckling braces. An existing brace modeling learning tool, which in its current state allows users to change the inputs within a simulated model of a braced element, was modified to display the curvature diagram. The curvature diagram was verified through comparison to existing...
    Resource Type:
    Honors College Thesis
    Full Text:
    _____________________________________________________________________ Michael Scott, Committee Member, representing Civil & Construction Engineering

  • Fluid Structure Interaction for Cascading Seismic and Tsunami Events using Real-Time Hybrid Simulation

    Creator:
    Neumann, Christopher R.
    Abstract:
    While real-time hybrid simulation has been utilized for structures subjected to seismic events for decades, its use in fluid-structure interaction problems is still a novel endeavor. Gathering data for cascading seismic and tsunami events is difficult due to space constraints in existing experimental facilities, complications regarding the application of scaling...
    Resource Type:
    Masters Thesis
    Full Text:
    issues. Thank you all. I would like to thank my former professors, Dr. Chris Higgins and Dr. Michael