Light steel framing. Demonstration of Light Steel Framing in a student residence, consisting of a four-bedroomed house, a two-roomed apartment and three study bedrooms, all with occupied roof space. Oxford Brookes University

Publication 171

Steel Construction Institute, 1997
Light steel framing. Demonstration of Light Steel Framing in a student residence, consisting of a four-bedroomed house, a two-roomed apartment and three study bedrooms, all with occupied roof space. Oxford Brookes University Download document

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Current

Supplement

Civil & Structural Supplement

Series

Publication

Abstract

This publication provides recommendations for structural engineers to reduce embodied carbon in steelwork designs. It emphasizes sustainable practices applicable to multi-storey buildings and other structural types, encouraging the adoption of efficient, environmentally conscious design methods. Key strategies include challenging conventional briefs by adapting or refurbishing instead of constructing new, optimizing material use, engaging with contractors early, and leveraging innovative solutions such as lightweight long spans and recovered steelwork. The guidance also stresses the importance of avoiding overdesign, providing precise information for fire protection, and prioritizing designs that reduce steel weight rather than relying solely on low-carbon materials like electric arc furnace steel.

Subjects

  • Materials
  • Metal sections/other items

Publisher History

With over 30 years experience, the Steel Construction Institute provide technical expertise and best practice to the steel construction sector.

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NBS

NBS has produced specification systems and information products for construction industry professionals for more than 40 years. The National Building Specification is the recognised UK national standard and is used by over 5,000 organisations. NBS is part of RIBA Enterprises Ltd.

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