Bearing Design

• Bearing Types and Selection
• Steel Reinforced Elastomeric Bearings for Interior Girder
• Design Example

Substructure Design

• Abutment Design
  • Gravity Loads
  • Pile Cap Design
  • Pile Design
  • Backwall Design
  • Wingwall Design
  • Approach Slab Design
  • Design Example
• Pier Design
  • Substructure Loads and Load Application
  • Pier Cap Design
  • Column Design
  • Design Example
• Foundation Design
  • Geotechnical Investigation
  • Shallow Foundation
    • Design Forces
    • Bearing Capacity
    • Settlement Evaluation
  • Deep Foundation
    • Design Forces
    • Single Pile Load Carrying Capacity
    • Group Pile Load Capacity
    • Settlement Load Capacity
    • Special Requirements for Liquefaction
  • Design Example

Superstructure Design

• Materials
• Construction Stages
• Selection of Girder Geometry
• Main Design Loads and Combinations
  • Dead Load
  • Live Load
• Stress Limits
• Estimation of Minimum Required Number of Strands
• Prestressed Losses
• Concrete Stresses After Transfer of Prestressing Forces
• Concrete Stresses At Service
• Camber and Deflection
  • Approach 1
  • Approach 2
• Flexural Strength
• Ultimate Limit State : Shear Strength
• Deck Design
• Design Example

Bearing Design

• Bearing Types and Selection
• Steel Reinforced Elastomeric Bearings for Interior Girder
• Design Example

Substructure Design

• Abutment Design
  • Gravity Loads
  • Pile Cap Design
  • Pile Design
  • Backwall Design
  • Wingwall Design
  • Approach Slab Design
  • Design Example
• Pier Design
  • Substructure Loads and Load Application
  • Pier Cap Design
  • Column Design
  • Design Example
• Foundation Design
  • Geotechnical Investigation
  • Shallow Foundation
    • Design Forces
    • Bearing Capacity
    • Settlement Evaluation
  • Deep Foundation
    • Design Forces
    • Single Pile Load Carrying Capacity
    • Group Pile Load Capacity
    • Settlement Load Capacity
    • Special Requirements for Liquefaction
  • Design Example