Seismic Design of Composite Steel and Concrete Structures  

Course ID: 
NIBS-BSSC04
Duration: 
1 Hour
Prerequisites: 
None
AIA Learning Units: 
1.0 LU | HSW
ICC CEU: 
.10 CEU
Professional Development Hours: 
1.0 PDH
Fee: 
$20
Take this Course: 

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Composite steel and concrete lateral force resisting systems are not commonly used as the primary lateral force resisting system in regions of high seismicity. This presentation discusses one particular type of composite steel and concrete lateral force resisting system, the Composite Partially Restrained Moment Frame (C-PRMF). ASCE 7 permits the use of this system in Seismic Design Categories A through D. The moment frame is created by using the composite floor slab and a seat angle attaching the bottom of the steel beam to the steel column. As part of the presentation, a worked example of this system will be shown.

Instructor

Robert G. Pekelnicky, PE, Principal of Degenkolb Engineers in San Francisco   

Presenter will be Robert G. Pekelnicky, PE, a principal of Degenkolb Engineers in San Francisco. Pekelnicky specializes in making community and business infrastructure resilient against earthquakes, explosions, and other hazards. He has applied his multi-hazard mitigation knowledge to various projects for government, high technology, and healthcare clients. His career has focused
on taking new, innovative structural engineering concepts from research and applying them to practice
to better meet clients' needs. He is a member of the BSSC Provisions Update Committee and Chair of Project 17’s
Acceptable Risk Work Group.

Learning Objectives

Upon completing this course, you will be able to:

  • Learn about the composite partially restrained moment frame (C-PRMF);
  • Learn loads and load combinations for the design of a C-PRMF system;
  • Learn the special aspects of analysis for partially restrained buildings; and
  • Learn the basic code-required checks for a C-PRMF system.