Abstract
As a consequence of past bridge failures and the aging of existing infrastructure, the FHWA has identified new criteria within a recently released memo to classify fracture critical bridges using the concept of system redundancy. Ciorba has investigated 20 bridges in Illinois with fracture critical members (FCMs). This presentation details the analysis criteria required by the FHWA memo, the various categories of FCMs in the 20 bridges, our finite element analysis, and ultimately our results.
Session Number
79
Session Title
Declassifying Fracture Critical members Using System Redundancy
Track Title
Bridges
Location
St. Thomas Newman Hall
Date of Version
March 2017
Recommended Citation
Sauter, Brett, "Declassifying Fracture Critical Members Using System Redundancy" (2017). Purdue Road School. 46.
https://docs.lib.purdue.edu/roadschool/2017/presentations/46
Start Date
3-8-2017 10:30 AM
End Date
3-8-2017 11:20 AM
Declassifying Fracture Critical Members Using System Redundancy
St. Thomas Newman Hall
As a consequence of past bridge failures and the aging of existing infrastructure, the FHWA has identified new criteria within a recently released memo to classify fracture critical bridges using the concept of system redundancy. Ciorba has investigated 20 bridges in Illinois with fracture critical members (FCMs). This presentation details the analysis criteria required by the FHWA memo, the various categories of FCMs in the 20 bridges, our finite element analysis, and ultimately our results.
