MPC Improved Modeling Leads to More Earthquake-Resistant Bridges
Posted: Oct 1, 2024
Researchers at the University of Utah are developing accurate ways of modeling the seismic performance of bridges constructed using accelerated bridge construction techniques that enhance construction quality and speed. The research has resulted in solutions that consider protection against corrosion using fiber-reinforced composite materials and in the use of post-tensioning, which promotes self-centering of bridge elements after earthquakes and allows bridges to better withstand seismic forces.
Researchers at the University of Utah are developing accurate ways of modeling the seismic performance of bridges constructed using accelerated bridge construction techniques that enhance construction quality and speed. The research has resulted in solutions that consider protection against corrosion using fiber-reinforced composite materials and in the use of post-tensioning, which promotes self-centering of bridge elements after earthquakes and allows bridges to better withstand seismic forces.