Some methods of calculating solar heat gain through windows are examined, comparing the practice in Australia, the UK and the USA and looking at how this practice is changing. It is shown that the same term is often used with different meanings in the three countries and that the same concept may have different names. Limitations of simplified methods are shown and a procedure that can be included in computer programs is outlined
The heating energy requirements for houses may be estimated by a simple calculation using the concep...
The intensity of the solar radiation penetrating into interiors depends on a number of parameters, t...
This article was published in Solar Energy (http://www.ises.org/shortcut.nsf/to/sej), the official r...
An analysis of solar-radiation records obtained at Scarborough, Ontario, indicates that the insolati...
Windows of a building is generally known to increase the use of energy if the lighting system is not...
Current trends in the architecture of office buildings are to curtain wall systems with large transp...
This paper presents three different low energy windows for residential buildings which have been dev...
The heating energy requirements for houses may be estimated by a simple calculation using the concep...
Current prescriptive building codes have limited ways to account for the effect of solar shading, su...
A new method of predicting the solar heat gain through complex fenestration systems involving nonspe...
1098-1106Solar heat gain (SHG) through fenestration (window) dominates towards cooling demands in bu...
Peak solar heat gain through fenestration, particularly for clear and cloudy day conditions, was est...
This paper presents some of the research done during the last 8 years at the Technical University of...
Abstract. In hot and arid climate such as the weather in Kerman, overheating in internal spaces in a...
Recently, multiple glazing units, frames, complex fenestration systems, and windows with shading dev...
The heating energy requirements for houses may be estimated by a simple calculation using the concep...
The intensity of the solar radiation penetrating into interiors depends on a number of parameters, t...
This article was published in Solar Energy (http://www.ises.org/shortcut.nsf/to/sej), the official r...
An analysis of solar-radiation records obtained at Scarborough, Ontario, indicates that the insolati...
Windows of a building is generally known to increase the use of energy if the lighting system is not...
Current trends in the architecture of office buildings are to curtain wall systems with large transp...
This paper presents three different low energy windows for residential buildings which have been dev...
The heating energy requirements for houses may be estimated by a simple calculation using the concep...
Current prescriptive building codes have limited ways to account for the effect of solar shading, su...
A new method of predicting the solar heat gain through complex fenestration systems involving nonspe...
1098-1106Solar heat gain (SHG) through fenestration (window) dominates towards cooling demands in bu...
Peak solar heat gain through fenestration, particularly for clear and cloudy day conditions, was est...
This paper presents some of the research done during the last 8 years at the Technical University of...
Abstract. In hot and arid climate such as the weather in Kerman, overheating in internal spaces in a...
Recently, multiple glazing units, frames, complex fenestration systems, and windows with shading dev...
The heating energy requirements for houses may be estimated by a simple calculation using the concep...
The intensity of the solar radiation penetrating into interiors depends on a number of parameters, t...
This article was published in Solar Energy (http://www.ises.org/shortcut.nsf/to/sej), the official r...