2021 SEAC Fall Seminar
SEAC Fall Seminar
October 7, 2021
Seminar Schedule: 4 PDH
Registration/ Breakfast/ Networking with Sponsors
Announcements/ Overview of Mass Timber Construction in 2021
Break/ Meeting with Students/ Networking with Sponsors/ Raffle
Getting the Load from Here to There: Load Paths, Diaphragm, and other Essentials
Overview of Mass Timber Construction in 2021
Presented by: Gregory R. Kingsley, PhD, PE, P.Eng. President and CEO, KL&A Inc. Structural Engineers and Builders, Golden, CO
The introduction and evolution of mass timber in the IBC may represent the most rapid development of a new, major structural material in the building code in the history of modern codes. It is hard to keep up. This presentation will include a rapid fire introduction to mass timber products and systems from the perspective of a structural engineer, with an emphasis on the new tall-wood provisions that created three entirely new building types in the 2021 IBC. General structural design will be addressed, including topics in connection design, diaphragm design, shear wall design, vibration and acoustics. A topic that is the centerpiece of mass timber design, design for fire resistance, will be addressed.
As a non-commodified material, mass timber often necessarily includes early engagement of fabricators and builders, not to mention estimators who may not be familiar with the systems. Structural engineers, too, may struggle to implement “the usual” solutions which have worked well for decades with other materials, but may not be right for mass timber.Finally, a discussion of cost, value, and structural optimization will address the newest structural design criteria – embodied carbon – and the biggest roadblock to mass timber construction, even before the pandemic interrupted supply chains worldwide: cost.
Getting the Load from Here to There: Load Paths, Diaphragms, and other Essentials
A complete load path which adequately and reliably delivers horizontal wind or seismic forces to primary vertical bracing elements of a building is essential to meeting performance objectives. Often, the analysis and design of Diaphragms, Chords, and Collectors are left to the end of the design process and are not well-considered.
In particular, diaphragm deformations, transfer forces due to offsets in the lateral bracing system, or back-stay effects associated with substructures are simply overlooked. This presentation will provide guidance regarding best practices and will highlight issues to identify and address early in the design process to ensure the desired design outcome.
Meet the Presenters
Gregory R. Kingsley, Ph.D., P.E., P.Eng.
Greg Kingsley spent his early career and education focused on structural masonry design and research, culminating in a pseudo-dynamic test on a full-scale 5-story building at the University of California, San Diego, and then another full-scale test of a 2-story unreinforced masonry building at the University of Pavia in Italy. In 1995, he joined a Colorado structural engineering and construction firm, KL&A Inc., which he has led since 2003 as President and CEO. Since 2006, KL&A Inc. has been consistently voted one of the top 10 best structural engineering firms to work for in the United States, and now has over 90 structural engineers, steel detailers, and construction managers, civil engineers and land surveyors in four offices in Colorado and Wyoming. His current passion is for innovative wood structures (like the Aspen Art Museum with Shigeru Ban Architects), and in the rapidly growing field of mass timber construction, which he considers our best hope for marrying carbon sequestration with environmental responsibility.
Ron Klemencic, PE, SE, Hon. AIA, NAC, NAE
Ron, Chairman and C.E.O. of MKA, is known for his creative yet practical design solutions. A past 5-year Chairman of the Council on Tall Buildings and Urban Habitat, Ron's focus is complex high-rise and mixed-use designs. He has worked on projects in 29 states and 25 countries, with developments up to 8.4-million square feet, and is sought out by developers, architects, and contractors for his creativity, “big picture” approach, and unique ability to consistently produce cost-effective, innovative designs. Ron continues to lead the advancement of performance-based seismic design of tall buildings through initiatives including as the PEER TBI Guidelines and design of buildings, such as the 1,070-foot-tall Salesforce Tower in San Francisco and Rainier Square Tower in Seattle.
Earlybird discount is available through September 24, 2021
2021 Group Discount Codes:
If you are registering multiple people, please use the following discount codes if they apply:
2021FS010 - 10% discount for 5-9 people
2021FS20 - 20% discount for 10+ people
The code will not apply until that many people are registered. Threshold codes are applied at the very end of event registration.
|Registration Type||by September 24||after September 24|
|SEAC Member In-Person||$125||$150|
|Nonmember In Person||$165||$190|
|Student In Person||$30||$40|
|SEAC Member Webinar||$110||$140|
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