Keita Uemura

My research focuses on developing new structural technologies and establishing seismic design methodologies for bridge structures to address challenges from earthquakes exceeding the design assumptions.
Given that my research pertains to civil engineering structures, I frequently engage in large-scale experimental studies. Recently, I have conducted a structural experiment on a reinforced concrete column with a cross-section of 1m x 1m and an approximate length of 5m. Additionally, I implemented a hybrid simulation function into the large seismic isolation testing machine (E-Isolation), which was constructed in April 2023.
As an expert in seismic engineering, I often visit sites impacted by significant earthquakes to research the damage mechanisms inherent to various structures. Since the managers of civil engineering structures often begin restoration work immediately post-earthquake, it is necessary to undertake damage surveys prior to any restoration activities. Therefore, it is not uncommon for me to be on site the day after an earthquake occurs.

Loading test of large-scale column　　Implementation of hybrid simulatino function into E-isolation