BLD 270 Engineering for Code Professionals 2

Lecture Hours: 4
Credits: 4

Studies dynamic wind and seismic loads on structures and their reduction to simplified equivalent static forces used in the design of structures. Covers how to determine the required lateral load path elements: diaphragms, shear walls, and foundations used to resist lateral forces. Emphasizes code requirements of Chapter 16 Section 1609 for wind and Sections 1613 through 1623 of the Oregon Structural Specialty Code (2003 IBC). Uses the Western Woods Use Book related to lateral design. Also studies the design, fabrication, and erection of structural steel for buildings and structures. Emphasizes code requirements of Oregon Structural Specialty code Chapter 22 and the American Institute of Steel Construction Steel Manual.

Prerequisite: BLD 269 with a grade of C or better; or consent of instructor.
Student Learning Outcomes:

Identify structural load path for wind or earthquake lateral forces.
Define and use terminology used in wood, concrete, masonry, and structural steel design and construction.
Identify common construction problems due to material capacities related to under-designing of beams, columns, and other structural members.
Discuss the inter-relationships of design professionals, owners, contractors, and building inspectors.

Content Outline

Principles of Structural Mechanics
- Investigation of forces
- Force actions
- Investigation of beams and frames
- Properties of sections
Wood Construction
- Wood spanning elements
- Wood columns
- Connections for wood structures
Steel Construction
- Steel structural products
- Steel beams and framing elements
- Steel columns and frames
- Connections for steel structures
- Light-gage formed steel structures
Concrete and Masonry Construction
- Reinforced concrete structures
- Flat-spanning concrete systems
- Concrete columns and frames
- Footings
- General considerations for masonry structures
- Design of structural masonry
Strength Design
- Strength design methods
- Strength design of reinforced concrete structures
- Strength design of steel structures
Structural Systems for Buildings
- General considerations for building structures
- Building one
- Building two
- Building three
Professional Relationships
- Owners
- Design professionals
- Contractors
- Building inspectors