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Highway Bridges
AASHTO-LRFD
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
- 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
EUROCODE
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
Railway Bridges
AREMA
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
EUROCODE
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