High Strength Steels in Buildings: Applications in Seismic-resistant Systems
High Strength Steels in Buildings: Applications in Seismic-resistant Systems

steelTalks is a monthly series on topics of interest to the global steel community. The lectures are presented in a webinar format with a guest lecturer. Civil Engineer and Specialist in Steel Structures, Daniel Silvério invites us to explore aspects related to the use of High Strength Steels in Seismic-resistant Structures of Buildings.

Construction
High Strength Steels in Buildings: Applications in Seismic-resistant Systems
Construction
steeluniversity
steeluniversity

Construction

1 hours
2 lessons
9/10 (45)
167

Description

Civil Engineer and Specialist in Steel Structures, Daniel Silvério invites us to explore aspects related to the use of High Strength Steels in Seismic-resistant Structures of Buildings.

In a world in constant and rapid transformation, new technological processes are part of the continuous search for increased efficiency, productivity and performance, even in the construction sector. Steel Structures are key elements in this context and, therefore, work on solutions that can optimise this performance is something core.

Going through theoretical concepts, the general design philosophy, teaching the normative basis and the main seismic-resistant systems in steel, we will try to understand the contributions of High Strength Steels, more specifically, produced according to the ASTM A913/ A913M standard. We will analyse how these steels with special mechanical properties (greater strength, better weldability, good ductility and tenacity) can help to enhance solutions that deliver more lightness, less carbon footprint, meeting the strict demands inherent in seismic-resistant design and ensuring the safety of structures.

The conference will be held in Spanish.

Course content

High Strength Steels in Buildings: Applications in Seismic-resistant Systems - Lecture by Daniel Silvério - STK0202205
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Certificate - STK0202550
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Learning Outcomes

  • Gains expertise in the specific applications of steel in engineering, such as steel beams for building construction, steel alloy components for machinery, or corrosion-resistant steel for infrastructure.
    2
  • Stays informed about industry-specific regulations and standards relevant to steel in engineering, including codes like AISC (American Institute of Steel Construction) for structural steel.
    3
  • Can explain technical specifications related to steel, including ASTM standards, grades, and tolerances, and how they apply to engineering applications.
    2

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