Structural Engineering

Showing 32 structural categories...

1.0. Structural Analysis
1. Basic Principles
2. Boundary Conditions
3. Loading & Idealisations
4. Structural Stiffness
5. Diaphragms

2.0. Loading
1. Thermal Loading
2. Dead loads (self-weight)
3. Super Dead Loads
4. Live Loads
5. Snow Loads
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3.0. Structural Criteria
1. Deflections
2. Interstorey Drift
3. Floor Vibration
4. Wind Accelerations

4.0. Structural Optioneering
1. Column Design Optioneering
2. Floor Framing Optioneering
3. Cantilever Optioneering
4. Lateral Stability Optioneering
5. Foundation Optionering
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5.0. Structural Design
1. Composite Section Stiffness
2. Rules of Thumb
3. Design Philosophies
4. Torsion
5. Shear Flow

6.0. Structural Detailing
1. High Strength Friction Grip Bolts
2. Bolting
3. Welding
4. Practical Design Considerations
5. Corrosion Protection

7.0. Structural Dynamics
1. Basic Principles
2. Modal Analysis
3. Types of Dynamic Loading
4. Damping
5. Damping Systems

8.0. Materials
1. Steel
2. Reinforced Concrete
3. Timber
4. Glass
5. Masonry
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9.0. Geotechnical Engineering
1. Ground Improvement
2. Types of Piles
3. Bearing Capacity of Soils
4. Soil Plasticity Index
5. Soil Types
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10.0. Seismic Engineering
1. Vertical Seismic Loads
2. Fundamental Characteristics
3. Earthquake Mechanisms
4. Static Analysis Methods
5. Dynamic Analysis Methods
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11.0. Wind Engineering
1. Fundamental Characteristics
2. Façade Wind Loading
3. Structural Wind Loading
4. Wind Tunnel Testing

12.0. Structural Systems
1. Structural Typologies (Seismic)
2. Structural Framing Typologies
3. Seismic Resistant Structures
4. Moment Frame Systems
5. Braced Frame Systems

13.0. Architectural Planning
1. GFA Limitations
2. Fire Planning Limitations
3. Circulation

14.0. MEP Integration
1. MEP Vertical Distribution
2. MEP Horizontal Distribution

15.0. Fire Safety
1. Fire Ratings
2. Fire Protection for Steel

16.0. Construction
1. Types of Deep Basement Construction
2. Critical Path

17.0. Steel Design
1. Steel Precambering

18.0. Reinforced Concrete Design
1. Different Types of Joints in Concrete
2. Reinforced Concrete - Rules of Thumb
3. Typical Rebar Estimates for Concrete
4. Preliminary Design for RC Members
5. What is the Tensile Strength of Concrete?
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19.0. Timber Design
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20.0. Glass Design
No Sections Added Yet

21.0. Steel Reinforced Concrete
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22.0. Masonry Design
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23.0. Prestressed Concrete
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24.0. Precast Concrete
No Sections Added Yet

25.0. Regional Design Practices
1. Japan vs. Europe
2. Design Stages: Japan
3. Design Stages: United Kingdom
4. Design Stages: United States

26.0. BIM
1. What is BIM?
2. What is a BEP?

27.0. Specifications
1. What are Specifications?
2. Outline Specifications
3. Detailed Specifications
4. Reinforced Concrete
5. Structural Steel
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28.0. Quantity Estimation
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29.0. Case Studies
1. Structural Case Studies
2. Architecture Case Studies

30.0. Sustainability
1. Industry CO2 Emissions
2. What is Embodied Carbon (EC)?
3. Scope of EC Assessments
4. Quantifying Embodied Carbon
5. Embodied Carbon Databases
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31.0. Welding
1. Weldability of Steel
2. Weld Types
3. Welding Techniques
4. Welding Symbols Summary
5. What is a Fillet Weld?
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32.0. Other
1. Typical Construction Schedule
2. Contracts: Key Points
3. Comparing Design Schemes

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