Dynamic Shading Device
Responsive shading systems can dynamically improve indoor environmental conditions based on outdoor climate variations. Among the technologies,
Responsive shading systems can dynamically improve indoor environmental conditions based on outdoor climate variations. Among the technologies,
High-rise buildings in growing cities could become more vulnerable to variations in wind flow due to the continuous changes in urban topology. The
This paper will provide case studies of two high-performance building envelopes in the San Francisco Bay Area where the fabrication of bespoke façade
Facades play a relevant role in the search for a more sustainable approach to modern architecture. The amount of embodied and operational energy can
The American Southeast is home to a thriving architecture and engineering industry; shaping one of the fastest growing regions in the country. The online conference, co-chaired by Perkins&Will, will highlight exemplary case studies and emerging trends across the region.
The 71Above restaurant on the 71st floor of the U.S. Bank Tower features 192 electrochromic windows installed by Giroux Glass, Inc. Explore the sensory experience made possible by glazing choices and why we’re apt to see more tech-driven smart window installations in the future.
St. Patrick’s Cathedral’s Lady Chapel glass wall and the Trinity Church glazed canopy demonstrate that structural glass can be a great solution to improve the functionality of a historic building without competing with its original fabric.
The National Institute of Building Sciences is gearing up for the industry’s only conference for the entire building community to connect, collaborate, and design solutions for the built environment – and we are looking for speakers.
For architects, designers, engineers, manufacturers, consultants, and owners' representatives interested in methods for designing high-performance facades.
In the vein of mass production, manufacturers leverage repeatable parts and modular construction in an effort to maximize quality control while
Airflow within the cavity of double-skin facades is a key component of adaptive building envelopes which change thermophysical properties to meet