Xilinx Case Study
The transformation of a dark and inhumane 1970s tilt-up concrete office building into a high performance, light-filled modern workplace was enabled
The transformation of a dark and inhumane 1970s tilt-up concrete office building into a high performance, light-filled modern workplace was enabled
In recent decades, there has been increased attention to reduce the operational energy performance of buildings. Stringent legislation on building
Approximately 80% of our total building stock is from the 20th century. During the last decades, along with an increasing appreciation of modern
Contemporary building practice represents a disconnect between traditional manufacturing techniques, that favor straight runs and orthogonal
This paper will address the potential of ornamental architectural terracotta surfaces to mitigate the effects of climate fluctuations that will
Today, there is a shift towards sustainable simplicity in facades, embracing material innovations and thermal design strategies for long-term
With the desire for more sustainable construction and reduced embodied energy, mass timber is being explored for building structures. For medium and
Computer simulations of an automated dynamic facade in a passively heated and cooled building by using predictive modeling of short-term future
Environmental and socio-economic benefits of sustainable preservation have become apparent most recently in the restoration of the historic former
Heat transfer through building facades can occur by any combinations of conduction, convection, and/or radiation. Conductive heat transfer depends on
Many prominent, recent buildings feature forms suggesting structural surface while their enclosures are really non-load-bearing curtain wall. At the
Envelope-for-Service (E4S) is a novel business model developed with the aim of converting the building façade from a traditionally traded good to a