Structural Rack Systems Research Group

Industrial Steel Storage Rack Systems (ISSRs) are critical elements of the modern logistics supply chain. When these thin-walled steel structures are damaged or collapse, the consequences can be severe—loss of inventory, interruption of operations, and risks to life and property. Because of their unique configuration, loading conditions, and stability problems, ISSRs form a special class of structural systems that require dedicated research and careful design.

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The Structural Rack Systems Research Group at Florida Polytechnic University focuses on the structural behavior, analysis, and design of steel storage racks and related cold-formed steel structures. Our work combines experimental testing, advanced numerical modeling, and code-based evaluation to better understand the performance of rack uprights, beams, bracing, and connections under gravity, seismic, and impact loading.

 

In addition to academic research, we collaborate with industry partners—rack manufacturers, material handling companies, warehouse operators, and engineering firms. Through customized training, sponsored research projects, and student-led studies, we help engineers and technical staff address practical questions about rack behavior, damage, repair, and code compliance. This website highlights our ongoing projects, publications, and collaboration opportunities for both national and international stakeholders.