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    • About
    • Meet the Team
    • Applied Research
      • 100 Island Challenge
      • ALERTCalifornia
      • Arma Veirana Cave, Italy
      • Arquitectura Subterránea, Mexico
      • Baptistery di San Giovanni
      • Bermuda 100 Challenge
      • Costa Escondida, Mexico
      • Earthquake and Post-Earthquake Fire Performance of Mid-Rise Light-Gauge Cold-Formed Steel Framed Buildings
      • Ecab-Bocca Iglesias, Mexico
      • Full-Scale Structural and Nonstructural Building System Performance during Earthquakes & Post-Earthquake Fire
      • Hearing Landscapes
      • Hearing Seascapes
      • Hoyo Negro, Mexico
      • Modular Testbed Building: A Shared-Use Reusable Equipment Resource
      • Napa Valley
      • OpenHeritage 3D
      • Palazzo Medici Riccardi, Italy
      • Palazzo Vecchio, Italy
      • Project Limber
      • Turin 1911: The World’s Fair in Italy
    • Fundamental Research
      • 3D Multi-Camera Calibration with a Fractal Encoded Multi-Shape Target
      • BeagleMAV
      • Biomimicry / Bioinspired Design
      • DevCAM – An Open-Source Multi-Camera Development System
      • Robotics Cape
      • Splatty – A Unified Image Demosaicing and Rectification Method
      • Viscore
      • Visualization Systems
        • SunCAVE
        • StarCAVE
        • NexCAVE
        • TourCAVE
        • WAVE
        • 4KAVE
        • WAVElet
        • Vroom
        • SERENE
        • CRISP
        • OptiPortable
        • TacTile
        • HIPerTouch
        • HUVR
        • TangibleGlobe
    • Publications
    • News

    CFS

    Home / CFS /
     Earthquake and Post-Earthquake Fire Performance of Mid-Rise Light-Gauge Cold-Formed Steel Framed Buildings
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    By sblair
    In CFS, Projects
    Posted August 24, 2021

    Earthquake and Post-Earthquake Fire Performance of Mid-Rise Light-Gauge Cold-Formed Steel Framed Buildings

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