An up to date summary of the development of FastFloor C was provided at the 13th International Conference on Advances
Vibration and Structural Testing for FastFloor-R concept
FastFloor-R is a robust, resilient, reliable novel composite steel floor system with strong applications in span lengths common to residential
Vibration Modeling for FastFloor Ongoing
FastFloor Commercial is an all-steel floor module consisting of three W-section beams with a floor plate on the top connected
Recent Developments in Dynamic Testing of The FastFloor Commercial Building System
Current work on the FastFloor project focuses on comprehensive prototype testing and performance evaluation. The West Virginia University (WVU) team,
New Study Underway to Investigate Headed Shear Stud Strength Near Slab Edges
The goal of this research sponsored by AISC and SDI is to investigate the effects of small edge distance (perpendicular
FastFloor at 2024 NASCC
FastFloor – The Need for Speed – Session 1 Thursday, March 21 • 4:15 PM – 5:15 PM CT, Location: 304A Title: FastFloor
FastFloor Phase 2 – Initiates
The SDII team is pleased to announce that our collaboration with the Charles Pankow Foundation (CPF) and the American Institute
Briggs presents on SDII Phase 1 Capstone
Nicholas Briggs, Northeastern University Ph.D. Candidate, presented on the capstone concrete-filled steel deck floor diaphragm testing in the main track
FastFloor vibration assessment initiates
On February 16, 2023, Assistant Professor Onur Avci presented the paper entitled “Vibration Serviceability Evaluation of a Modular Steel Plate
New experiments to evaluate headed shear studs in 3.5 in. and 4 in. concrete-filled steel decks
The purposes of this study are 1) to evaluate the applicability of 3.5 in. and 4 in. deep trapezoidal and