Bridge Engineering
Civil Engineering
Introduction to Bridge Engineering
Understanding the fundamentals, types, classifications, and components of bridges.
Bridge Parts and Structural Load Path
Bridge anatomy, component functions, articulation, and the complete structural load path from traffic surface to foundation.
Bridge Loads and Design Principles
Understanding the different types of loads, LRFD load combinations, dynamic effects, and design methodologies in bridge engineering.
HL-93 Highway Bridge Loading Models
Design truck, design tandem, design lane load, dynamic load allowance, multiple-presence effects, and critical live-load placement.
Bridge Analysis Workflow
End-to-end bridge analysis from structural idealization and load cases through moving-load envelopes, distribution, combinations, verification, and design handoff.
Design of Bridge Superstructures
Detailed analysis of bridge decks, girders, load distribution methods, and superstructure design considerations.
Prestressed Concrete Bridge Design
Prestressed bridge-girder workflow from system selection and losses through transfer/service stresses, flexure, shear, camber, and composite behavior.
Steel Plate Girder Bridge Design
Plate-girder proportioning, staged composite behavior, flexure, shear, stiffeners, bracing, fatigue, splices, and constructability.
Bridge Bearings and Expansion Joints
Understanding the function and types of bearings, seismic isolation systems, and expansion joints in accommodating bridge movements.
Design of Bridge Substructures
Detailed analysis of bridge piers, abutments, foundations, retaining structures, and scour evaluation.
Bridge Construction Methods
Understanding the various techniques and methods used to construct bridge superstructures.
Bridge Maintenance, Evaluation, and Rehabilitation
Strategies for bridge inspection, non-destructive testing, load rating, structural health monitoring, and rehabilitation.