PROJECT. COLLABORATION. INNOVATION.
SEED FUND 2023
Development and 3D Printing of Three Dimensional Reinforcement from Waste Composites for Concrete Structures (3DREDO)
The Project aims to combat the inherent lack of ductility in cementitious materials by employing an innovative approach that harnesses waste polymer and composite materials (Polypropylene, high density polyethylene, etc. reinforced with carbon and glass fibres) for the purpose of 3D printing customized three-dimensional reinforcements dedicated to enhancing concrete components. The project will create and analyze diverse three-dimensional reinforcement structures made of waste composites, including lattice formations and composite rebars, with varying structural parameters to optimize ductility and mechanical performance in cementitious components Through this approach, it also provides an opportunity to provide an avenue for repurposing plastic and composite waste materials, including discarded items from daily activities and large-scale industrial sources, within the construction sector, thereby enhancing circular economy.
Applicant’s name and RPO member:
Dr. Pouyan Ghabezi – University of Galway
Collaborators:
FutureCast
Collaborators
Principal Investigator
Dr Patrick McGetrick,
Assistant Professor – Lecturer above the bar at University of Galway
Experienced Researcher with a demonstrated history of working in the higher education and industry. Skilled in composite materials, Material characterization, additive manufacturing, 3D printing technology, and FEM modeling. Strong research professional with a Doctor of Philosophy – PhD focused in composite material from University of Tehran.
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