Heat transfer
Majority of Heat transfer takes place in buildings through building envelope. Building envelope consists of walls, roof, and fenestrations (openings).…
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Majority of Heat transfer takes place in buildings through building envelope. Building envelope consists of walls, roof, and fenestrations (openings).…
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…
For the designer who wishes to use solar energy in buildings but at the same time avoid summer overheating, the…
When designing the shading devices, one should take into account the need to control solar gains in summer, as well…
The above method will provide a precisely shaped shade that will provide full protection over the time period selected. However,…
To design a horizontal shading device, simply following the following steps. Determine cut-off date. This is the date before which…
The design requirements for a shading device depend entirely on a building’s use and local climatic conditions. In a multi…
In the tropical climates, the designer should keep the solar radiation off the opaque solid elements of the building’s envelope…
The Residential Design Codes of Western Australia” requires buildings to be design for climate. Protecting solar access for neighbouring properties is an…
One of the most important challenges of energy efficient concepts in buildings is to control the entrance of daylight. It…
The solar altitude, and the solar azimuth, can be read directly for any date of the year and any hour…
The azimuth angle and the elevation angle at solar noon are the two key angles which are used to orient…