Steel Structures Engineering

Module 1: Introduction to Steel Structures Engineering

1. Definition of Steel Structures
2. History of Steel Use in Construction
3. Comparison Between Steel and Concrete
4. Advantages and Disadvantages of Steel Structures
5. Types of Steel Sections
6. Applications of Steel Structures
7. Steel Structure Project Lifecycle

Module 2: Material Properties

1. Introduction to Steel Properties
2. Mechanical Properties of Steel
3. Stress and Strain
4. Steel Stress-Strain Curve
5. Elasticity and Plasticity
6. Tensile and Compressive Strength
7. Fatigue and Brittle Fracture
8. Effect of Temperature on Steel
9. Corrosion
10. Important Physical Properties

Module 3: Structural Analysis

1. Introduction to Structural Analysis
2. Types of Loads
3. Load Combinations
4. Types of Structural Systems
5. Beam Analysis
6. Column Analysis
7. Truss Analysis
8. Buckling and Stability
9. Deflections and Deformations
10. Structural Analysis Software

Module 4: Structural Element Design

1. Introduction to Steel Structural Element Design
2. Design Philosophies
3. Steel Beam Design
4. Steel Column Design
5. Truss Design
6. Steel Deck Design
7. Failure Modes
8. General Design Steps
9. Important Design Considerations

Module 5: Connections

1. Introduction to Structural Connections
2. Functions of Connections
3. Types of Connections by Construction Method
4. Types of Connections by Structural Behavior
5. Bolted Connection Design
6. Welded Connection Design
7. Load Transfer Through Connections
8. Column Base Plate Design
9. Detailing
10. Important Design Considerations
11. Inspection and Testing

Module 6: Steel Structure Systems Design

1. Introduction to Steel Structure Systems Design
2. Types of Steel Structures
3. Structural Frame Systems
4. Lateral Load-Resisting Systems
5. Structural System Selection
6. Load Distribution
7. Global Stability
8. Seismic Design
9. System Integration
10. Construction Considerations in Design
11. Structural Modeling

Module 7: Codes and Standards

1. Introduction to Structural Codes
2. Objectives of Structural Codes
3. AISC Code
4. Eurocode 3
5. Design Philosophies
6. Limit States
7. Safety Factors
8. Safety Requirements in Design
9. Differences Between AISC and Eurocode
10. Importance of Code Compliance
11. Applying Codes in Practice

Module 8: Fabrication and Erection

1. Introduction to Fabrication and Erection
2. Shop Drawings
3. Steel Fabrication Process
4. Transportation
5. Site Erection
6. Quality Control (QC)
7. Testing and Inspection
8. Tolerances
9. Occupational Safety
10. Common Construction Problems
11. Integration Between Design and Construction

Module 9: Protection and Maintenance of Steel Structures

1. Introduction
2. Corrosion
3. Corrosion Protection
4. Fire Protection
5. Maintenance
6. Periodic Inspection
7. Damage Assessment
8. Repair and Strengthening
9. Service Life
10. Design Considerations for Protection