Facade Embodied Carbon Reduction Strategies
Facades are increasingly being recognized as a major contributor to whole-building embodied carbon. While designers know how to reduce the embodied
280 results
-
-
Climate-Oriented Prefabricated Building Envelopes
Facades developed in response to climactic factors increase performance and human comfort while reducing energy loads. A single building envelope… -
DC Water Headquarters Case Study
Facades must be responsive to a myriad of qualities and influences ranging from urban impact and aesthetic character to numerous performance… -
Nested Density
Projecting imagery onto building facades is not only becoming a marketing necessity for successful urban spectacles but is also altering social urban… -
Passively Actuated Systems
Kinetic or responsive facades have been developed to improve buildings' daylighting conditions while mitigating energy consumption. Still, these… -
The Performative Double-Skin
Double-Skin Facades (DSF) are well-known to boost the thermal performance of a façade: they can provide extra insulation in the wintertime and lower… -
Facade Technology in Educational Methodology
With facades becoming increasingly more complex, and performance a key objective, expertise becomes an important component of successful design… -
From Design to Experiment
Flat cable-net facades are form-active structures which provide maximum transparency by means of point fixing components, tensioned cables, and… -
Let Thin Glass in the Facade Move
Facades play an important role in the control of energy flow and energy consumption in buildings as they represent the interface between the outdoor… -
Modeling Megapanels
Large format, steel-stud framed “megapanel” facades with rainscreen cladding create uniquely complicated requirements for digital documentation and
-
Unitized Cavity Wall Design and Implementation
Double Skin Facades (DSF), constructed from individual aluminum framed curtain wall assemblies, provide a means of achieving acoustic and thermal… -
Inside the Box
The trend towards modular and unitized facades continues to grow in popularity due largely in part to the efficiencies gained in terms of cost and
-
Shade and Spectacle
This paper will look at the different facades of the Elysian Fields apartment building designed by Warren Techentin Architecture [WTARCH] and… -
ETFE Membrane Envelope Strategies
Airflow within the cavity of double-skin facades is a key component of adaptive building envelopes which change thermophysical properties to meet… -
Effect of Thermal Bridging on Buildings' Energy Performance
Heat transfer through building facades can occur by any combinations of conduction, convection, and/or radiation. Conductive heat transfer depends on… -
Catalytic Conversion
Nowadays, the power of images is seductive. Bold and complex facades often have an innovative appearance but superficial tectonic depth;
-
Design Considerations and the Complex Facade
The design of complex, high-performance facades involves balancing attention towards principles of material selection, thermal and moisture… -
Investigating Heat Development in Shadow Box Façade Systems
The prevalence of fully glazed facades in modern office buildings has been steadily increasing, primarily driven by architects' focus on aesthetic… -
Facade Wind Loading
Wind induced pressure is a major design consideration for building facades. However, the effects of facade geometry and urban terrain on wind loading… -
The Great Spandrel Glass Debate
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…