
For a new corporate headquarters in San Francisco’s Mission Bay district, SHoP Architects designed a semi-conditioned atrium space inside the
Authors Christina Koukelli, Arup, Alejandro Prieto, Diego Portales University, and Serdar Asut, TU Delft, address the potentials of Shape Memory Alloys (SMAs) for the design of autoreactive facade systems without using additional energy.
The prominence of climatically responsive building facades through the use of kinetics has proliferated in recent years due to a concern for the
The Poetry, Pitfalls and Potential of Kinetic Facades is an ongoing series published by the Advanced Technology Studio of Enclos examining kinetic components in building envelopes — often eye-catching, occasionally gimmicky, and almost always a technical and economic challenge.
Kinetic or responsive facades have been developed to improve buildings' daylighting conditions while mitigating energy consumption. Still, these
Highly transformable materials can be used as adaptive exterior shading systems by leveraging the relationship between external stimuli (heat) and
FTI touched down in Minneapolis to confront themes central to the ever-evolving facade: energy-efficiency and sustainability, digital technology, kinetic and dynamic components, and material evolution.
Facades play an important role in the control of energy flow and energy consumption in buildings as they represent the interface between the outdoor
Fidelity between the built enclosure and early visualizations is rarely, if ever, an accident. When achieved, it comes as the result of persistent
The United Nations Department of Economic and Social Affairs projects a world population growth of over three billion over our current, nearly eight
The goal is to explore the role and methodology employed between the architect and engineer as they look to resolve the opposing demands of design