
While additive manufacturing (AM) offers unprecedented freedom of design and a remarkable potential for material efficiency and lightweight
Coauthors: Mary Ben Bonham, Department of Architecture + Interior Design, Miami University, Oxford, OH, USA [corresponding] [presenting at the
This paper will address the potential of ornamental architectural terracotta surfaces to mitigate the effects of climate fluctuations that will
This issue of SKINS will attempt to introduce you to composite materials in an accurate, useful and fairly in-depth way. But it’s only an introduction; it’s a start but by no means a rigorous exploration of the full potential of this remarkable material technology.
A building’s envelope mitigates the effects of meteorological phenomena – including lightning – upon the structure and its occupants and contents.
This paper proposes system concepts and fabrication methods for the use of ultra-thin glass in facades. It documents the team's research on
A novel shading device for facade application was developed by combining innovative geometry elements (twisting cylinders) with a smart use of
California is set to be drier and more drought prone with climate change. Wildfire and the subsequent loss of life and housing is a huge challenge.
Kresge Auditorium and the MIT Chapel, designed by Eero Saarinen and built in 1955, are both world renowned works of architecture and powerful symbols
Silicone materials have a long history in high performance building projects. Known for durability, they can reduce a building’s carbon footprint by
Providing a unique and integral cladding/envelope solution suited for high-rise buildings has been an inherent challenge for this building typology