CE Credits

Telling Industries sponsored webinars:

Cold-Formed Steel in Mid-Rise Construction

Learning Objectives:

1. Explore the capacity of cold-formed steel structures to meet the requirements for mid-rise construction.
2. Investigate the building codes requirements for cold-formed steel in mid-rise construction.
3. Discuss some basic detailing techniques for designing cold-formed steel assemblies.
4. Examine actual examples of mid-rise structures using cold-formed steel assemblies.

    Â

DON’T LET AN OUTDATED COLD-FORMED STEEL SPECIFICATIONS KILL A GOOD PROJECT

Learning Objectives:

1. Discuss the important role that construction specifications can play in the successful outcome of a project and how to evaluate whether their specifications are current, specifically those covering cold-formed steel.
2. Review the evolution that has recently occurred in the building codes and standards, specifically those that affect cold-formed steel framing.
3. Explain how recent developments in product quality assurance and verification has affected product specification.
4. Discuss the alternative methods for bringing architectural specifications into line with the current codes and standards.

A GUIDE TO HIGH-PERFORMANCE COLD-FORMED STEEL ASSEMBLIES

Learning Objectives:

1. Explore the inherent fire resistance of cold-formed steel frame assemblies, using ASTM test standards.
   (click here for a link to Telling’s Exterior Product catalog for cold form metal details)
2. Investigate how the principles of acoustical performance combine to provide high Sound Transmission Classification (STC) assemblies.
   (click here for a link to Telling Resilient Channel for acoustical performance)
3. Review the basic structural procedures to design and detail a simple non-structural cold-formed steel assembly.
   (click here for a video of Titan header labor savings assembly)
4. Envision the required steps to control moisture migration in a cold-formed steel framed assembly.

SUSTAINABLE SOLUTIONS WITH STEEL FRAMING

Learning Objectives:

1. Examine how steelmaking technology has evolved over the past decade to drastically reduce the carbon footprint and use of natural resources.
2. Identify the economic benefits of building mid-rise and multifamily projects with cold-formed steel framing, including first cost and long-term value.
3. Identify the tools that are available for evaluating the energy performance of a cold-formed steel framed structure and for earning LEED credits.
4. Explore how to effectively specify cold-formed steel framing to create durable, high-performance buildings.

Credits: