Floor vibration serviceability tests were performed on the full-bay FastFloor C specimen (30 ft x 42 ft) in the first
SDII – Innovation in Steel Systems
an academic, government, and industry collaborative dedicated to innovation in steel building systems
Floor vibration serviceability tests were performed on the full-bay FastFloor C specimen (30 ft x 42 ft) in the first
Testing on a FastFloor C prototype was recently conducted at Virginia Tech. A 10-ft-wide by 22-ft-span FastFloor module was subjected
A four-point bending test was recently conducted at Virginia Tech on a 5-ft-wide by 40-ft-long FastFloor module, that had previously
Two webinars on FastFloor R were recently completed for engineering audiences. The webinars investigated the structural performance of a novel,
We’re pleased to announce that Professor Amit Varma is joining the FastFloor C team as a key contributor, focusing on advancing the fire
A new workshop report on FastFloor R has been completed and posted by AISC. Over the past three years, the
An up to date summary of the development of FastFloor C was provided at the 13th International Conference on Advances
FastFloor-R is a robust, resilient, reliable novel composite steel floor system with strong applications in span lengths common to residential
FastFloor Commercial is an all-steel floor module consisting of three W-section beams with a floor plate on the top connected
Current work on the FastFloor project focuses on comprehensive prototype testing and performance evaluation. The West Virginia University (WVU) team,