Adaptability and Reuse
Adaptability and Reuse
- Steel is versatile, strong and long-lasting.
- Steel framing systems can provide long spans and large column-free spaces that are adaptable and flexible.
- Steel floor systems can allow entirely new service arrangements to be accommodated within the floor-ceiling depth.
- Steel framing systems can be readily and economically adapted to cope with the changing requirements of occupants, avoiding functional obsolescence and the high cost and disruption of redevelopment or demolition.
- Steel is a resilient material, with reserve strength and ductility that allow it to survive natural disasters like earthquakes and hurricanes and extreme events like fires, avoiding functional obsolescence and the high cost and disruption of redevelopment or demolition.
- Steel framing systems can be disassembled and the members reused.
- Steel is fully recyclable. Steel, when recycled, loses none of its inherent properties.
- Wood and cement-based products are typically single-use materials. At the end of its useful life, the structure is typically demolished and the materials burned or landfilled.
AISI Construction News
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Steel Bridge Task Force Names Gary Wisch As The Recipient Of The 2025 Alexander D. Wilson Memorial Award
September 30, 2025 -
Free Webinar On Steel Bridges And Resilience During United For Infrastructure Week
May 5, 2025 -
Steel Bridge Task Force Announces Frank Russo as Recipient of the 2025 Richard S. Fountain Award
March 3, 2025 -
Renown Bridge Expert Presents Innovative Steel Bridge Research to AISI-Led Task Force, Receives Industry Recognition
October 24, 2024 -
Steel Bridge Task Force Names David Stoddard as the Recipient of the 2024 Alexander D. Wilson Memorial Award
October 15, 2024
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Build Using Steel