Faculty profile
Amir Fam
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Research
Latest papers
Nonlinear tensile behavior of ±55˚ concrete-filled GFRP tubes: Experimental and theoretical studies.
Advances in structural engineering · 2026 · senior author
Numerical techniques for design calculations of longitudinal bending in buried steel pipes subjected to lateral Earth movements.
Royal Society open science · 2019 · senior author
Latest funding
- $150,000
Climate Change Resilient Infrastructure
NSERC · 2023 · Principal investigator
- $118,000
Fundamentals of laboratory-based rolling versus pulsating loading fatigue of bridges built with high performance materials
NSERC · 2023 · Principal investigator
- $148,900
Impact of the addition of a newly developed bioresin called Biofusion on the strength of concrete
NSERC · 2022 · Co-investigator
2 publications.
Nonlinear tensile behavior of ±55˚ concrete-filled GFRP tubes: Experimental and theoretical studies.
Alinejad A, Sadeghian P, Fam A
Numerical techniques for design calculations of longitudinal bending in buried steel pipes subjected to lateral Earth movements.
Almahakeri M, Moore ID, Fam A
Climate Change Resilient Infrastructure
Principal investigators: Fam, Amir
Keywords: Reinforced and prestressed concrete; Fatigue under rolling loads; Fiber reinforced polymers; Structural rehabilitation; Stay-in-place structural forms; Rapid construction; Durability; Sandwich structures; Bridges and buildings; Insulated walls for energy efficient buildings
Fundamentals of laboratory-based rolling versus pulsating loading fatigue of bridges built with high performance materials
Principal investigators: Fam, Amir
Keywords: bridges; fatigue; rolling load; pulsating load; ultra high performance concrete (uhpc); uhpc overlays; fiber reinforced polymers; stay-in-place structural forms; flexure; shear
Impact of the addition of a newly developed bioresin called Biofusion on the strength of concrete
Principal investigators: Green, Mark MF
Keywords: Additives; Biding; Bioresin; Carbondioxide; Concrete; Corrosion; Durability; Emissions; Sustainability; Workability
Realistic Laboratory Rolling Loading of Bridge Superstructure built using Novel Technologies Combined with Environmental Exposure
Principal investigators: Fam, Amir
CREATE Sustainable Engineering in Remote Areas (SERA)
Principal investigators: Green, Mark
Concrete bridge components using stay-in-place structural forms for rapid construction
Principal investigators: Fam, Amir
Laboratory and field testing of an FRP-reinforced concrete guideway
Principal investigators: Fam, Amir
Concrete bridge components using stay-in-place structural forms for rapid construction
Principal investigators: Fam, Amir
Novel application mode of concrete waterproofing agent for enhancing durability of infrastructure in Canada
Principal investigators: Fam, Amir
Monitoring of civil engineering systems with digital infrared thermography and advanced MEMS inclinometer capability
Principal investigators: Take, William
From CIHR, NSERC and SSHRC funding decisions: CIHR since 2008, NSERC since 1991 and SSHRC since 1998, including their latest published competition results.
Frequent collaborators
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