Bridge rehabilitation is to restore, to bring back the full use of a bridge. Nowadays many factors are causing the deterioration of our bridges. Factors such weight of vehicles, pollution and limited maintenance are some of the things that influence in the deterioration of our structures. Many of the bridges that already exist are not in their best conditions and they need attention. Many of them need to be evaluated and in some cases rehabilitated. For this reason, load rating and bridge rehabilitation are the two main topics that we will cover in this training series.
With the advancements of technology, we can simulate almost anything. We can predict the behavior of a structure without having it built, just by using a computer. We can use this in our advantage to simulate the behavior of a rehabilitation of a bridge.
Review Other Courses from This Series
Canadian Highway Bridge Design Code (CSA-S6-14) for Computational Analysis and Design
Introduction to Bridge Load Rating
Session 3: Essential Soil-Structure Interaction for Bridge
Session 2: All-In-One Super & Sub Structure Design
Session 1: Accurate 3D Substructure Design
Steel Composite Tub Girder Bridge Design and Load Rating in midas Civil
Suspension Bridge Design in midas Civil Step by Step Training
[Steel Composite Bridge] Part 1 - Wizard Modeling & Post-Wizard Modifications for Complex Bridges
[Prestressed Concrete Girder Composite Bridge] - Design Check/Load Rating/Excel Report
[Prestressed Concrete Girder Composite Bridge] - Wizard Modeling and Analysis