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Module 1: Introduction to SBC 307 and Seismic Design Philosophy
1-Seismic-Design-of-Steel-Structures-SBC-307-for-Mega-Construction-Projects
Overview of Saudi Building Codes and Seismic Design Objectives
Scope, Applicability, and Fundamental Principles of SBC 307
Key Definitions, Terminologies, and Seismic Design Approach
Module 2: Seismic Hazard and Ground Motion Parameters
2-Seismic-Hazard-and-Ground-Motion-Parameters
Seismic Zoning and Ground Motion Maps of Saudi Arabia
Site Classification and Soil Amplification Factors
Determination of Design Spectral Accelerations (SDS, SD1)
Module 3: Structural Analysis Requirements
3-Structural-Analysis-Requirements-for-Seismic-Design-of-Steel-Structures
Types of Seismic Analysis (Equivalent Lateral Force, Modal Response, Response Spectrum)
Modeling of Steel Structures for Seismic Action
Load Combinations and Drift Limitations under Seismic Loads
Module 4: Design Criteria for Steel Seismic Force-Resisting Systems
4-Design-Criteria-for-Steel-Seismic-Force-Resisting-Systems
Classification of Seismic Force-Resisting Systems (SFRS)
Response Modification Factors (R, Cd, Ω₀) and Their Application
Detailing Requirements for Ductility and Overstrength
Module 5: Moment-Resisting Frames in Seismic Design
5-Moment-Resisting-Frames-in-Seismic-Design
Ordinary, Intermediate, and Special Moment Frames – Design Requirements
Beam-to-Column Connection Design and Continuity Plates
Lateral Stability and Story Drift Control in Moment Frames
Module 6: Braced Frames and Eccentrically Braced Frames
6-Braced-Frames-and-Eccentrically-Braced-Frames
Types of Bracing Systems (Concentric, Eccentric, K, X, Chevron)
Seismic Design of Braced Frame Members and Connections
Link Beams and Energy Dissipation in Eccentrically Braced Frames
Module 7: Composite and Dual Systems in Seismic Design
7-Composite-and-Dual-Systems-in-Seismic-Design
Composite Steel-Concrete Systems for Seismic Resistance
Dual Systems – Combination of Frames and Shear Walls
Design Provisions for Combined Lateral Load-Resisting Systems
Module 8: Seismic Detailing and Connection Design
8-Seismic-Detailing-and-Connection-Design
Connection Detailing for Ductility and Rotation Capacity
Welded, Bolted, and Hybrid Connections under Seismic Actions
Column Splices, Base Plates, and Foundation Anchorage Design
Module 9: Nonstructural Components and Seismic Interaction
9-Nonstructural-Components-and-Seismic-Interaction
Design and Anchorage of Nonstructural Components
Piping, Equipment, and Cladding under Seismic Loads
Interaction Effects between Structural and Nonstructural Systems
Module 10: Quality Assurance, Inspection, and Construction Considerations
10-Quality-Assurance-Inspection-and-Construction-Considerations
Material Quality Control and Fabrication Tolerances under SBC 307
Inspection and Testing Requirements during Construction
Documentation, Verification, and Compliance with SBC 307 Standards