Seyed Mohammad Hosseini, PhD

Postdoctoral Researcher and LecturerMcGill University

Structural Design SpecialistMST Rebar Inc. (MST-BAR)

I bridge materials science, structural engineering, and earthquake engineering by integrating material-level characterization, experimental structural behavior, and advanced seismic analysis to develop the next generation of multi-hazard resilient structural systems.

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Portrait of Seyed Mohammad Hosseini outdoors

Advanced materials (FRP, UHPC)Seismic resilienceStructural strengtheningSeismic retrofit

Research areas

Understanding behavior
Informing better design

All research areas

Graphical summary of a reinforced-concrete frame, GFRP bars, and seismic response histories

Research area 01

Multi-hazard resilience with advanced materials and systems

Developing durable, seismically resilient structures using advanced materials, including FRP and SFCB reinforcement and UHPC.

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Shear cracking in a full-scale UHPC girder beneath a loading actuator

Research area 02

Structural performance of UHPC members

Understanding the behavior of UHPC structural members and developing innovative approaches to improve their performance and material efficiency.

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Full-scale precast concrete tunnel lining segment in a structural loading frame

Research area 03

Structural performance of FRP- and SFCB-reinforced members

Connecting material characterization with the behavior and design of structural members using FRP and SFCB reinforcement, supporting design guidelines and code development.

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CFRP-strengthened concrete column in a structural loading frame

Research area 04

Strengthening and seismic retrofit

Using FRP composites for the strengthening and seismic retrofit of reinforced-concrete structures, from assessment to experimental evaluation and design.

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Industry