Shows structural optimization reduces costs and carbon footprint in warehousing, implying sustainable practices.
Summary High‐Bay Warehouses (HBWs) provide vertical storage that optimizes space and streamlines logistics, typically exploiting the efficiency of cold‐formed steel. A representative HBW initially designed with S350GD+Z/ZM steel has been optimized with higher‐strength steels (S450GD, S550GD). Load scenarios were defined, structural modeling applied, and verification conducted according to relevant norms. Results show high‐strength steels can reduce structural mass by up to 18% and material costs by up to 15%, while also lowering the carbon footprint. In fact, the integration of high‐strength low carbon steels in HBWs enhances operational efficiency, cost‐effectiveness, and environmental performance.
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D'Antimo et al. (2026) studied this question.
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