Source: Aryan Rezaei Rad, “Mechanical Characterization of Integrally-Attached Timber Plate Structures: Experimental studies and macro modeling technique”, 2020.
Our research is situated at the intersection of multi-scale experimental and computational methods. With a specific emphasis on the structural engineering aspects, research at SuStrucSy combines cutting-edge digital fabrication technologies and innovative design approaches that involve human-machine interaction with environmentally friendly construction materials, such as timber and wood-based products. This integration allows us to explore new design frameworks and principles that promote the development of sustainable structural systems. The research conducted at SuStrucSy encompasses the following thematic areas:
- Structural systems with sustainable solutions in design
- Digital fabrication
- Pre-fabricated structures
- (Mass) timber structures
- Conceptual design
- Computational (Structural) design
- Digital building technology
- Integrated approach in structural design
- Simulation-based engineering science and CAE
- (Structural) design of discrete assemblies
- Physical modeling of structures
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Our primary fields of specialization revolve around structural engineering and the application of digital fabrication and automation to tackle challenges in the constructed environment.
We concentrate on developing resilient and eco-friendly structures in urban areas and advocating for design approaches for mass timber constructions. Our efforts shape decisions and policies aimed at advancing digital building practices in Canada and beyond.
Source: Rezaei Rad et al. (2021) “A framework to automate the design of
digitally-fabricated timber plate structures” Computers & Structures.
Ongoing Research Projects:
Mass Timber Structures with Human-Machine Interactive Design and Digital Fabrication.
Principal Investigator: Aryan Rezaei Rad
Sponsor: Natural Sciences and Engineering Research Council of Canada
