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  • Elementary School - Grades 4-6
    P=Project   E=Experiment
    Determine which type of soil amplifies back-and-forth earthquake shaking motion the most. [E]
    Design virtual bridges using different safety features and test them for stability during a virtual earthquake. [E]
    Make a simple shake-table to test if the height of a building will affect its stability. [E]
    Will Overstressed Bridges Survive Earthquakes? [E]
    The effect of a building's height on its stability [P]
    Which building design will best withstand an earthquake? [P] [P] [P]
    What Type of Bridge Supports More Weight in an Earthquake [P]
    Is the pyramid the strongest 3D geometric structure? [P]
    Earthquake Science Fair Projects & Experiments
    Buildings & Construction Science Fair Projects & Experiments
    Middle School - Grades 7-9
    P=Project   E=Experiment
    Does Soil Type Affect Building Stability During an Earthquake? [E]
    Show that frictions dampers significantly reduce building damage by reducing sway and possibly saving lives during an earthquake. [E]
    Utilizing "Maglev" Base Isolation for Reduction of Structure Damage During an Earthquake [E]
    Does the weight on a Bridge affect the amount of shaking it endures during an earthquake. [E]
    How the different modes of earthquake affect the damage suffered by a building? [E]
    Which Structures Perform Better During an Earthquake [E] [E]
    What kind of earthquake resistant foundation (rollers, ball bearings, or isolators) most protects buildings from earthquakes? [E]
    Find the stronger reinforcement; plywood sheathing or cross-braces for your home to survive an earthquake. [E]
    Find out how the placement of structural openings affects a building's stability during an earthquake. [E]
    Which building shape best withstands earthquakes? [E] [E] [E] [E] [P]
    The effect of the shape of towers on their strength [P]
    Explore seismic resistive effects of different soils applied beneath a building's foundation. [E] [E]
    Earthquake Science Fair Projects & Experiments
    Buildings & Construction Science Fair Projects & Experiments
    High School - Grades 10-12
    P=Project   E=Experiment
    Surviving Seismically-Induced Liquefaction: Dynamic Centrifugal Modeling of a Novel Hybrid Floating Foundation System [E]
    An Investigation of the Potential Impact of Liquefaction-Induced Lateral Spreading on a Populated Urban Setting [E]
    Using Bacterial Biofilms to Reduce Liquefaction [E]
    Study of the Dampening Abilities of Viscous Dampers in Buildings [E]
    Determine the dynamic behavior of a structure when excited at its natural frequency, and how active damping could be used to control vibrations. [E]
    How Damping Can Passively Control the Dynamic Behavior of a Structure? [E]
    Determine the connection between tall narrow buildings and a breaking pencil point [P]
    Wood vs. Brick During Earthquakes [E]
    Earthquakes! Which Soil Mixtures Reduce Damage? [E]
    Determine which soil additive out of polymers, bark or styrofoam, when mixed with soil, would be the most stable when water is added and after a simulated earthquake. [E]
    Earthquake Science Fair Projects & Experiments
    Buildings & Construction Science Fair Projects & Experiments
    Useful Links
    R=Resource
    Science Fair Projects Resources [R]
    Engineering Resources [R]
    Citation Guides, Style Manuals, Reference [R]
    Safety Resources [R] [R]


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    Last updated: June 2013
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