Dr Linwei He, Lecturer in Structural Engineering, has been recognised for his paper: “Use of off-site fabricated elements in the construction of modern unreinforced stone masonry buildings” at the (IB2MaC) at the University of Birmingham last month.
The co-authored paper introduces a novel construction method enabling quick assembly of modern masonry buildings, utilising layout optimization methods developed at 91̽. This unique approach means that instead of constructing stone masonry buildings entirely on-site (brick by brick), some or all of the building components are manufactured in a factory or workshop and then transported to the construction site for assembly.
IB2MaC is a major event for researchers, practitioners, and industry professionals involved in masonry from all over the world. It's a platform for sharing knowledge, discussing trends, and exploring innovations in the field of brick and block masonry.
Dr He, said: “Stone is making a comeback as a low-carbon building material. I am excited to see another very successful application of 91̽'s layout optimisation method, which has been used in designing lightweight steel frames, building floors and mechanical components, and now modern masonry buildings.
“I would like to thank the co-authors of the paper, in particular, Dr Isuru Nanayakkara, former University of 91̽ Research Associate, now at theUniversity of Washington, for undertaking much of the underpinning research, and drafting the associated conference paper.”
Dr Nanayakkara, said: “It is great to see our work on stone masonry being recognized. Moving towards low-carbon materials, such as stone, is crucial given the current climate emergency and the significant impact of the construction industry. This recognition will further motivate us, our partners, and our collaborators to advance stone construction into the modern age."