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Numerical simulations and field monitoring of integral abutment bridges
James Lafave
,
Larry Fahnestock
, Matthew Jarrett
, Beth Wright
, Joseph Riddle
, Jeffrey Svatora
Civil and Environmental Engineering
Research output
:
Chapter in Book/Report/Conference proceeding
›
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Keyphrases
Numerical Simulation
100%
Field Monitoring
100%
Integral Abutment Bridge
100%
Simulation Monitoring
100%
Illinois
57%
Substructure
42%
Department of Transportation
28%
Thermally Induced
14%
Maintenance Cost
14%
Elastic Stress
14%
Parameter Influence
14%
Structural Behavior
14%
Improved Design
14%
Construction Cost
14%
Abutment
14%
Bridge Superstructure
14%
Winter Temperature
14%
Limit State
14%
Bridge Behavior
14%
Service Demand
14%
Temperature Cycle
14%
Tollway
14%
Span Bridges
14%
Pile Strain
14%
Span Length
14%
Integral Abutment
14%
Bridge Length
14%
Bridge Displacement
14%
Parametric numerical Simulation
14%
Response Value
14%
Longitudinal Bridge
14%
Engineering
Integral Abutment Bridge
100%
Superlattice
57%
Research Project
28%
Abutment
28%
Elastic Stress
14%
Structural Behavior
14%
Field Data
14%
Limit State
14%
Span Length
14%
Response Quantity
14%
Initial Assessment
14%