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Posted: Jun 20 Chris P. Pantelides, Anurag Upadhyay, and Ruoyang Wu
This project studies effective configurations of self-centering devices in the seismic retrofit of curved bridges for control of longitudinal and lateral forces. Reparability of bridge columns is investigated experimentally.Posted: Jun 15 Hussam Mahmoud and Huajie Wen
Ductile fracture has been identified as the predominant mode of failure for structural elements under extreme loads and the prediction of such represents considerable challenges.Posted: Jun 6 Matt Shatzkin, who earned his PhD in transportation and logistics from NDSU in 2014 has joined NDSU as an adjunct professor. Shatzkin has been a U.S. Army logistics practitioner for 27 years, achieving the rank of colonel.Posted: Jun 1 The objective of this project is to provide a better tool for FRC designers to be able to make more robust claims about the performance of an FRC element in transportation infrastructures. This will be carried out through statistically quantifying the range of variability in the flexural strength of FRC using Monte Carlo Simulation.
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