Learning Objectives
5 objectives- Understand fundamental principles and concepts of structural analysis and design.
- Identify and analyze various structural loads and their effects on structures.
- Evaluate the properties and applications of common structural materials.
- Apply structural analysis methods to determine structural behavior and response.
- Design and assess beams, trusses, and foundations considering safety and stability.
Content Outline
PreviewUnit 2854: Structural Analysis and Design
1. Introduction to Structural Analysis and Design
- Definition and scope of structural analysis and design
- Importance of understanding structural behavior
- Overview of load types affecting structures
- Safety considerations and design philosophy
2. Types of Structural Loads
- Dead Loads
- Definition and examples
- Calculation methods
- Live Loads
- Nature and variability
- Impact on design
- Environmental Loads
- Wind Loads: characteristics and analysis
- Snow Loads: factors and design implications
- Seismic Loads: seismic forces and earthquake-resistant design
3. Structural Materials
- Concrete
- Properties and behavior
- Typical applications
- Steel
- Mechanical properties and advantages
- Usage in structural systems
- Timber
- Characteristics and limitations
- Common uses in construction
- Masonry
- Types and properties
- Structural performance considerations
4. Structural Analysis Methods
- Statics
- Equilibrium of forces and moments
- Determinacy and indeterminacy
- Dynamics
- Basic concepts and structural response to dynamic loads
- Structural Modeling
- Idealization and assumptions
- Modeling techniques
- Finite Element Analysis (FEA)
- Introduction to FEA
- Applications in structural engineering
5. Structural Design Principles
- Safety Factors and Design Codes
- Load Combinations
- Structural Stability
- Concepts and importance
- Serviceability Requirements
- Deflections, vibrations, and durability
6. Beams and Trusses Analysis
- Beam Analysis
- Internal forces: shear, bending moments
- Deflection calculations
- Trusses Analysis
- Methods: joint method, section method
- Load transfer and member forces
7. Structural Stability and Failure Mechanisms
- Buckling
- Causes and critical load
- Torsional Stability
- Effects and prevention
- Structural Failure Modes
- Material failure, fatigue, and collapse mechanisms
8. Foundation Design
- Types of Foundations
- Shallow vs. deep foundations
- Soil Mechanics Basics
- Soil properties and classification
- Bearing Capacity
- Calculation and design considerations
- Settlement Analysis
- Causes and mitigation
- Foundation Systems
- Design and integration with superstructure
9. Structural Codes and Regulations
- Importance of Codes and Standards
- Overview of key codes (e.g., Eurocodes, ACI, AISC)
- Compliance and documentation
10. Case Studies in Structural Analysis and Design
- Analysis of Structural Failures
- Causes and lessons learned
- Successful Structural Designs
- Innovative approaches and best practices
- Application of theoretical knowledge to practical scenarios
Unlock the full outline
Get the complete content outline, learning outcomes and assessment methods for Structural Analysis And Design.
KSh 20 one-off, or included with a plan
Learning Outcomes
Unlock the outline above to see learning outcomes.
Assessment Methods
Unlock the outline above to see assessment methods.