Interstitial condensation risk assessment
The development of methods to predict and control moisture accumulation in building envelopes has always been a key element in building science.
The development of methods to predict and control moisture accumulation in building envelopes has always been a key element in building science.
Today’s building enclosures face ever greater demands regarding their thermal performance. In cold climates, the required total U-value of the façade
The conventional approach to specifying dimensional tolerances in architecture and construction is inadequate in the theater of premanufacturing
Sealed indoor environments have created artificial, homogeneous ecosystems that sever ties between humans and the natural world. This paper
Responsive shading systems can dynamically improve indoor environmental conditions based on outdoor climate variations. Among the technologies,
This paper describes the development of an interactive map that highlights case studies of advanced facade design strategies and technologies from
As overall project schedules continue to contract and rising costs impact our design decisions, the importance of the design-assist phase for facades
At the core of facade design is the concept of interdisciplinarity, a bridge between concept and materialization apt to relay a built form
Climate change effects are causing an increase in extreme wind events’ frequency and severity, worldwide. Regions that previously were not prone to
Integrated management of commercial lighting, heating, ventilation and air conditioning systems is considered as one of the most promising building
Paper Abstract with photos and illustrations Detailing and Engineering of copper panels with complex geometries: A case study in developing a
ACAW is a hands-on research and development workshop for architects and facade engineers to explore the use of terra cotta in high-performance facade design.