Organizations Extend Invitation to Free Webinar on Performance-Based Structural Fire Design
Learn about one of the most promising tools for designing, analyzing, and evaluating thermal effects on structural systems
February 21, 2022: GAITHERSBURG, Maryland – The Society of Fire Protection Engineers, the Charles Pankow Foundation, and the International Code Council are pleased to host a webinar on expanding the implementation and adoption of performance-based structural fire design. The webinar is scheduled for Tuesday, May 10, 2022, and is free to all individuals who pre-register.
Performance-Based Structural Fire Design (PBSFD) is one of the most promising tools for designing, analyzing, and evaluating thermal effects on structural systems. Introduced in Appendix E of ASCE 7-16, PBSFD is an approach that permits the explicit evaluation of a structure’s ability to meet specific performance objectives under a variety of realistic design fire scenarios, unlike current prescriptive methods where satisfactory performance is implicit. This webinar will provide an overview for individuals who are involved with the design, construction, or regulatory approvals of buildings.
“Performance-Based Structural Fire Design is quickly gaining momentum in the engineering community as a viable approach to delivering safe, reliable, and efficient building designs in a way that has many advantages over traditional prescriptive methodologies,” stated Robert A. Chmielowski, PE, SE, Senior Principal at Magnusson Klemencic Associates, and industry champion of the Charles Pankow Foundation PBSFD education initiative. “We are excited to sponsor an education program geared towards building officials and fire marshals which will help promote the adoption of PBSFD nationwide.”
Participants to the free 90-minute webinar will hear about the differences between standard fire design and PBSFD, learn the state of practice of PBSFD in the U.S., understand the approval process through Authorities Having Jurisdiction (AHJs), and identify new and emerging resources.
“Performance-Based Structural Fire Design is a promising tool that demonstrates the performance of structures based upon specific performance objectives and realistic fire design scenarios,” continued Beth Tubbs, PE, FSFPE, Senior Staff Engineer at the International Code Council, and President at the Society of Fire Protection Engineers. “In addition to this webinar, we hope that resources from the International Code Council, Society of Fire Protection Engineers, and others, will aid in the successful implementation of this important design tool.”
Details of the free webinar on May 10, 2022: https://www.sfpe.org/membership-communities/sfpeconnect/communities/events/event-description?CalendarEventKey=7927a605-a659-4b06-b471-0640c4fc1522&Home=/events-education/calendar
Demand for this free webinar is expected to be high, and interested individuals are encouraged to pre-register early through the Society of Fire Protection Engineers website at sfpe.org to ensure availability.
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About the Society of Fire Protection Engineers:
Engineering a fire-safe world since 1950. Headquartered near Washington, DC, and in Brussels, BE, the Society of Fire Protection Engineers is the world’s leading professional society for fire protection and fire safety engineering. Learn more at sfpe.org.
About the International Code Council:
The International Code Council is the leading global source of model codes and standards and building safety solutions. Code Council codes, standards and solutions are used to ensure safe, affordable and sustainable communities and buildings worldwide. Learn more at iccsafe.org.
About the Charles Pankow Foundation:
The Charles Pankow Foundation is a private and independent public benefit foundation that provides leadership and catalytic funding to support game-changing research and collaborations to transform the architecture, engineering, and construction industry. Learn more at pankowfoundation.org.
SFPE media contact:
Director, Marketing and Communications
Society of Fire Protection Engineers