Welcome to this edition of the SKINS newsletter, which is all about carbon! As guest editor this month, I am representing FTI’s embodied carbon (EC) working group. This issue highlights several important topics relative to embodied and the trade-offs with operational carbon.
The contemporary renovation of historic buildings often includes all-glass structures that allow architects to preserve the original building design
The impacts of climate change, driven by increasing extreme temperature, sea-level rise, and heavy precipitations, interact and play an essential
As we change the rules of thermal performance for facades, we are changing the conditions the glass is subject to in shadow boxes and glazed spandrel
A review of balustrade practices from around the world, and why practices in United States and countries using ICC code/ASCE 7 designs are failing to
Embodied carbon in buildings is a key factor in building decarbonization and while it is generally small compared to operational carbon, the
Glass structural elements have become increasingly common to the point of ubiquity; however, there currently is no universally recognized and
Other than limited special cases, there is a lack of standards providing guidance on the design of structural glass. This has resulted in an ad-hoc
Glass handrail design in the United States lags behind best practice in other parts of the world. There can be as much as a factor of four (4)
The technology of glass now allows glass to be fabricated in sizes and structural configurations not previously conceivable. The standards and codes
Case study of the recently opened John A. Paulson Center for New York University in Manhattan reviews design solutions of façade depth and scale to