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Showing 1 to 3 of 3 for “"Fracture critical member"”.

  1. System Redundancy Evaluation for Steel Truss Bridge

    In current bridge practice, all tension members in a truss bridge are identified as fracture critical members which implies that a collapse is expected to occur once a member of this type fails. However, there are several examples which show that bridges have remained standing and shown little …

    vt Repository record for System Redundancy Evaluation for Steel Truss Bridge (opens in a new tab)

  2. Evaluation of redundancy in trapezoidal box-girder bridges using finite element analysis

    The AASHTO Bridge Design specifications define a fracture-critical member as a component in tension whose failure is expected to result in the collapse of a bridge. The tension flanges of twin box-girder bridges are thus labeled as fracture-critical. In order to avoid the catastrophic collapse …

    tdl Repository record for Evaluation of redundancy in trapezoidal box-girder bridges using finite element analysis (opens in a new tab)

  3. FEA methodology for system-level redundancy evaluation: Application to non-composite steel bridges

    <p>Currently, all steel bridges with members designated as Fracture Critical Members (FCMs) are required to undergo hands-on inspections every 24 months. A FCM is a primary steel tension member (or portion of) which failure results in collapse or loss of serviceability of a bridge. However, …

    purdue-thes Repository record for FEA methodology for system-level redundancy evaluation: Application to non-composite steel bridges (opens in a new tab)