RedVector RV-W021023

02/10/2023: LIVE INTERACTIVE WEBINAR, Reliability-Based Structural Design for Fire - Encore Presentation, Friday, February 10, 2023, 12pm-1pm Eastern

02/10/2023: LIVE INTERACTIVE WEBINAR, Reliability-Based Structural Design for Fire - Encore Presentation, Friday, February 10, 2023, 12pm-1pm Eastern

1 hr. Webinar

Level: Intermediate

Item#: RV-W021023

SME: Kevin LaMalva, P.E.

This is a live, repeat presentation of a webinar that was originally offered on 11/11/2022, 12/09/2022, and 01/06/23 . Attendees of the previously offered presentation, RV-W111122, RV-W120922, and RV-W010623 will not receive CEU for attending the 02/10/2023 presentation.
 
Our century-old approach to structural fire safety results in buildings with an unknown/variable level of reliability under fire conditions as well as a mis allocation of intellectual/physical resources. Specifically, structural fire safety is contemplated after the structural engineering is complete when they are then blanketed with fireproofing material. However, major recent industry developments are paving the way for the proliferation of reliability-based structural design for fire, which can both enhance/harmonize structural reliability under fire conditions as well as reduce the construction time and carbon footprint of buildings. The envisioned endgame is a gradual transition toward intrinsically safer structures to uncontrolled fire conditions with a level of reliability that is consistent with structural design for hurricanes and earthquakes.
 
Note: This is a live webinar delivered via GoToWebinar. Session instructions will be emailed to you 24-48 hours prior to the webinar and the morning of the webinar. If you have not received your instructions for any reason please call Client Support (1-866-546-1212) the day of the event. Webinars are live and interactive. Students will have the ability to directly interact with and ask questions of the presenter.
Course Objectives
At the end of this webinar, you will be able to: 
  • Explain what differentiates reliability-based structural design for fire from the conventional method.
  • Demonstrate the behavior of structural systems under fire conditions as it relates to the protection of public safety.
  • Explore recent industry advances pertaining to reliability-based structural design for fire and how they safeguard the public welfare.
  • Discuss the potential benefits of adopting reliability-based structural design for fire on building projects to protect the public safety.