Learning Objectives
4 objectives- Understand fundamental principles of structural design including material properties and load considerations.
- Analyze and design basic concrete and steel structural elements such as beams and columns.
- Apply appropriate design methods and codes for concrete and steel structures.
- Evaluate and design structural connections and foundations for safe and efficient construction.
Content Outline
PreviewUnit 1945 - Structural Design Principles and Applications
1. Introduction to Structural Design
- Overview of Structural Design Principles
- Definition and purpose of structural design
- Safety, serviceability, and economy considerations
- Material Properties Overview
- Concrete: composition, advantages, limitations
- Steel: composition, advantages, limitations
- Importance of Designing Safe and Efficient Structures
- Role of structural engineers
- Impact on public safety and infrastructure longevity
2. Concrete Properties and Design Considerations
- Physical and Mechanical Properties of Concrete
- Compressive strength
- Durability factors
- Workability and curing
- Factors Affecting Concrete Performance
- Mix design
- Environmental considerations
- Design Considerations for Concrete Structures
- Cracking and shrinkage
- Reinforcement requirements
- Fire resistance
3. Steel Properties and Design Considerations
- Mechanical Properties of Steel
- Strength characteristics
- Ductility and elasticity
- Fabrication and Construction Considerations
- Welding, bolting, and fabrication processes
- Design Considerations for Steel Structures
- Corrosion protection
- Fatigue and fracture considerations
4. Structural Loading and Analysis
- Types of Structural Loads
- Dead loads
- Live loads
- Environmental loads: snow, wind
- Principles of Statics and Mechanics in Structural Analysis
- Equilibrium conditions
- Internal force determination
- Load Combinations and Factors
- Safety factors
- Load factor design principles
5. Concrete Design Methods
- Working Stress Design (WSD)
- Ultimate Strength Design (USD)
- Limit State Design (LSD)
- Application of Design Codes and Standards
- Overview of relevant concrete codes (e.g., ACI, Eurocode 2)
- Design examples
6. Steel Design Methods
- Allowable Stress Design (ASD)
- Load and Resistance Factor Design (LRFD)
- Application of Steel Design Codes
- Overview of AISC standards
- Design examples
7. Beam Design in Concrete and Steel
- Beam Behavior and Load Effects
- Moment and shear forces
- Design of Concrete Beams
- Reinforcement calculation
- Serviceability checks
- Design of Steel Beams
- Section selection
- Stability and deflection considerations
8. Column Design in Concrete and Steel
- Axial Load and Moment Interaction
- Slenderness Effects on Column Stability
- Concrete Column Design
- Reinforcement detailing
- Buckling considerations
- Steel Column Design
- Cross-sectional classification
- Stability and buckling
9. Connection Design for Steel Structures
- Types of Connections
- Bolted connections
- Welded connections
- Moment-resisting connections
- Design Considerations
- Strength and stiffness requirements
- Detailing for fatigue and ductility
10. Foundation Design for Concrete and Steel Structures
- Types of Foundations
- Shallow foundations (footings, slabs)
- Deep foundations (piles, caissons)
- Soil-Structure Interaction
- Soil properties affecting design
- Bearing capacity and settlement
- Design Considerations
- Load transfer mechanisms
- Structural and geotechnical coordination
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