Abstract
In an attempt to mitigate the adverse impact and vibration effects of CrossFit weight drops in a wood frame house in South Carolina, a concrete inertia base system was designed, constructed, and installed in 2013. The homeowners have been pleased with the system’s performance, reporting major reductions in the felt vibration throughout the house. In 2017 initial testing was conducted that showed significant reduction in vibration in an adjacent corridor. This presentation reports on the results of subsequent and more detailed testing at remote locations in the house. New equipment became available which allowed the vibration levels on the inertia base and at the remote locations to be recorded simultaneously.
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