steelTalks is a series on topics of interest to the global steel community. The lectures are presented in a webinar format with a guest lecturer. In this webinar, we will examine the selective use of stainless steels in structures and explain how this approach can support more resilient, lower-maintenance and lower-emissions infrastructure. The session will explore why life-cycle thinking is important for materials selection decisions, particularly in environments exposed to chlorides, sulphur dioxides and other corrosive media. Tim Collins, Secretary General at worldstainless, will outline the concept of selective stainless steel use in structures and illustrate, through real-world examples, why this approach should be more widely considered in structural design.
Description
Stainless steels are widely recognised in homes, healthcare settings, restaurants and urban environments, where they are used in applications such as toilets, elevators, cladding systems, handrails and architectural features.
By contrast, stainless steels are less often considered for structural applications, despite many of the 200+ available grades being suitable for structural components and products. Over many decades, stainless steels have been used in structures with highly positive outcomes, including the Progreso Pier in Mexico, which opened in 1941 and still stands strong today.
This steelTalk will examine the selective use of stainless steels in structures and explain how this approach can support more resilient, lower-maintenance and lower-emissions infrastructure. The session will explore why life-cycle thinking is important for materials selection decisions, particularly in environments exposed to chlorides, sulphur dioxides and other corrosive media.
In this steelTalk, Tim Collins, Secretary General at worldstainless, will outline the concept of selective stainless steel use in structures and illustrate, through real-world examples, why this approach should be more widely considered in structural design.
Course content
Learning Outcomes
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Understands the fundamental advantages of using steel in infrastructure, including strength, durability, and resistance to environmental factors.1
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Possesses an in-depth knowledge of steel properties, including material composition, mechanical behaviour, and corrosion resistance, and can provide expert consultations on materials selection.4
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Global infrastructure trends, emerging technologies, and disruptive innovations.4
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Conducts market research to identify emerging trends, technological advancements, and opportunities for expanding steel applications in infrastructure.3
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Sustainability practices and environmental considerations in infrastructure projects, including life cycle assessments and green building certifications.3
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