Choosing the Best Structural Lateral Force Resisting System
The decision of the lateral force resisting system for a building should be made by the structural engineer and the architect. The decision is based on a multitude of factors including structural performance, integration with architectural systems, integration with mechanical systems, constructability, and cost. This course will investigate several common lateral force resisting systems; steel moment frames, steel braced frames, wood shear walls, concrete shear walls and compare the suitability of those systems for use in low-rise buildings. Metrics will be developed to assist in the decision making process. Use of those metrics will be explored through examples.
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Learning Objectives
At the end of this course, you will be able to:
- Compare the structural performance of different lateral force resisting systems
- Compare the architectural implications in using those same systems
- Compare the implications of constructing the different systems
- Compare the common factors affecting the system cost
- Develop and apply metrics to assist in decision making process
Specs
Course Level | Fundamental |
Languages | English |
Compatibility | Audio, WebCast, MobileReady |
Course Applies To
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