Design Considerations
<p>Window glass design using ASTM E 1300 entails determining glass thickness(es) and types so that the window glass construction load resistance…
<p>Window glass design using ASTM E 1300 entails determining glass thickness(es) and types so that the window glass construction load resistance…
Over the years, the industry has relied heavily on the increasing performance of low-e coatings to drive window U-factors (thermal transmittance)
Facade engineering aims at appropriately balancing the demands imposed by the context and the capabilities inherent to the materials, the geometries
Today, building facades are expected to do much more than merely provide shelter, which is driving the need for higher performing envelope solutions.
Glass by nature is a reflective material, and it is well-known and documented that issues of glare can occur due to solar reflection. This phenomenon
Business Insider has described San Francisco’s Chase Arena as setting “a new standard for a sports arena in the US”, and “the state-of-the-art arena
It is commonly thought that fenestration U-factor is not a key determinant in the performance of facades in hot climates, and generally the focus of
ASTM E 1300 Standard Practice for Determining Load Resistance (LR) of Glass in Buildings defines the load resistance of a glass construction as being
What was once an accepted reality in heat-treated exterior glass, optical disturbances in glass are under increasing scrutiny by developers,
Johnson Controls (JCI), a leading provider of intelligent building technology solicited the design of a 35,000sm headquarters for its Asia-Pacific
Photovoltaics (PV) have been utilized in buildings for decades, especially in Europe where legislative support has largely driven the market. With
The envelope of the Harbin Bank Building in Beijing has a Multi-Skin Facade where the outer cavity is naturally ventilated. During the design the