Public scholar: Amirreza Torabizadeh
How can computational mechanics be used to assess damage from earthquakes and environmental stressors in aging concrete structures, supporting timely and effective retrofitting?
Amirreza Torabizadeh (he/him) is a PhD candidate in Civil Engineering at Concordia University, specializing in computational mechanics and numerical modeling.
His research is centered on simulating the complex behavior of aging concrete and masonry structures. Amirreza contributes to developing and validating advanced numerical tools capable of predicting structural failures and evaluating innovative retrofitting strategies using smart materials.
His work emphasizes the importance of creating reliable computational methods that realistically consider cumulative damage and imperfections accumulated in structures over decades. By accurately modeling these existing conditions, engineers can proactively select appropriate interventions, such as retrofitting, repair or reconstruction, ensuring infrastructure resilience before disasters occur.
Amirreza’s ultimate goal is to significantly enhance the resilience and sustainability of critical infrastructure, reducing risk and protecting communities from seismic and environmental threats.
Department
Building, Civil and Environmental Engineering
Languages
English, Persian