Phase VI · Engineering Design Studio · Week 4–7
Steel Design Studio
Design steel tension, compression, flexural and combined members with stability and local buckling checks.
Steel members designed
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No steel member yet
Add a steel member to record its inputs, capacity and governing check.
Learning objectives
- Classify sections
- Check flexural, shear and buckling limit states
- Design for combined loading
Engineering judgment
- Unbraced length drives steel flexural capacity.
- Check both yielding and rupture in tension members.
Governing standards
ASCE 7-22
Minimum Design Loads and Associated Criteria
Dead, live, snow, wind, seismic, flood loads and combinations
Ch. 2 CombinationsCh. 4 LiveCh. 26–30 WindCh. 11–12 SeismicAISC 360-22
Specification for Structural Steel Buildings
Steel member and connection design
Ch. D TensionCh. E CompressionCh. F FlexureCh. J ConnectionsACI 318-19
Building Code Requirements for Structural Concrete
Reinforced concrete design and detailing
Ch. 9 BeamsCh. 10 ColumnsCh. 22 StrengthCh. 25 DetailingTMS 402/602-22
Building Code Requirements for Masonry Structures
Masonry walls, lintels, pilasters
Ch. 8 ASDCh. 9 SD
Recommended next step
Reinforced Concrete Design Studio
Design RC beams, one-way slabs, columns and shear reinforcement with strength, detailing and serviceability checks.
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