Climate & Built Environment 5 min read
10 Steps to Designing Climate-Responsive Architecture
Buildings contribute close to half of the energy use in the United States. Since energy is the number one contributor…
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Climate & Built Environment 2 min read
Built Form and Air Movement
The configuration and pattern of massing of the built form can largely determine and modify the air movement both in…
Climate & Built Environment 2 min read
Glass Types for Building Envelope Products
There are typically four different glass types used in glazing products: From weakest to strongest they are: Annealed, Heat Strengthened,…
Climate & Built Environment 3 min read
Cavities & Air Spaces
In principle, use of cavities is similar to use of a insulating material. If an air space is left between…
Climate & Built Environment 4 min read
Heat Loss to the Ground
The ground temperature under and next to a building is generally very close to the annual average temperature. This means…
Climate & Built Environment 2 min read
Thermal Bridging
Heat flow deviates from one-dimensional at corners, parapets, intersections between different assemblies, etc. When heat flows at a much higher…
Climate & Built Environment 6 min read
Thermal Control in Buildings
Heat flow can be a transient or a steady process. In the transient state, temperature and/or heat flow vary with…
Climate & Built Environment 1 min read
Heat loads in the interior of the building
Steady state conditions do not occur in nature. The equation and calculation methods given below are valid if and only…
Climate & Built Environment 4 min read
Heat transfer
Majority of Heat transfer takes place in buildings through building envelope. Building envelope consists of walls, roof, and fenestrations (openings).…
Climate & Built Environment 2 min read
What is Heat?
Heat is a form of energy. It derives its origins at the molecular scale. Molecules of a substance vibrate at their positions either fixed or…
