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CAIT Seminar Series: State-of-the-Art in the Use of Nondestructive Evaluation and Other Technologies for Comprehensive Assessment of Concrete Bridges
- September 16
- 2:00 pm–3:00 pm
Effective and economic management of bridges depends on accurately assessing their current condition, and, in turn, predicting their future performance. Deterioration processes in reinforced concrete, since they are a result of multiple inputs and actions, are inherently complex. To fully and accurately characterize various types of deterioration, and gauge its severity, it requires the use of multiple NDE tools in concert with other technologies.
Those NDE technologies can be effectively used in the assessment of all bridge components. However, among all the components, reinforced concrete decks deteriorate fastest, primarily due to their direct exposure to traffic and environmental loading, and maintenance actions. Therefore, the most significant advancements in NDE technologies’ efficacy for detecting and characterizing deterioration, including the automation of data collection, were achieved for bridge decks. Those advances enable a more objective description of the current condition and allow us to predict the progression of deterioration more precisely. However, it also has been shown that bridge performance varies widely, even between bridges that are very close in age, and that have similar traffic loads, designs, and climate conditions. Additional influences require examination. The complemental use of NDE, SHM, and other technologies for local and global assessment will provide the complete answers regarding disparate bridge performance.
This webinar will provide an overview of the advances in NDE technologies, especially those employing rapid and automated data collection and analysis, and benefits for bridge management stemming from periodical multi-NDE technology surveys. The presentation will also explore the ways to gain additional knowledge about bridge performance through the complemental use of NDE and other technologies.
Nenad Gucunski, Ph.D.
Professor and Chair of the Department of Civil and Environmental Engineering at Rutgers University
Withdrawal Policy: In the event that you are unable to attend a program for any reason, please note you must submit your withdrawal in writing at least 72 hours in advance of the start of a program to receive a refund. If am emailed or faxed withdrawal is not received by our department, the full program fee will be charged and is nonrefundable. A phone call asking for withdrawal is not sufficient.