Moving air has long been used to provide comfort in warm environments. Provision for indoor air movement was one of the wellsprings of traditional architectural design in warm regions, affecting building form, components, and equipment over millennia. However, this design option has faded from practice since the advent of air-conditioning, in which the focus has been on controlling temperature and humidity. Despite the fact that air movement can be an energy efficient alternative to air cooling, it became viewed more as a possible source of undesirable draft, and comfort standards came to set room airspeed limits very low, even for temperatures as warm as 26ºC (79ºF). An exception was granted if the airspeed source was under personal indivi...
In warm environments, room fans can provide comfort using substantially less energy than air- condit...
Office workers’ preferences for air movement have been extracted from a database of indoor environme...
The effects of air movement from ceiling fans on subjective thermal comfort and perceived air qualit...
Air movement is one of the six main variables determirzing human thermal comfort; air temperature, r...
Fans provide a major opportunity for buildings in that they enhance both energy efficiency and occup...
Fans provide a major opportunity for buildings in that they enhance both energy efficiency and occup...
Moving air cools human body. In warm environments, fans can provide comfort using less energy ...
A number of studies have examined the poten-tial of using natural ventilation as a passive cooling s...
Fitness centers are energy-intensive in warm climates, cooling the interior to low temperatures ...
Fitness centers are energy-intensive in warm climates, cooling the interior to low temperatures ...
Much has been done in order to understand when air movement enhancement is unwelcome. Traditionally,...
Much has been done in order to understand when air movement enhancement is unwelcome. Traditionally,...
In warm environments, room fans can provide comfort using substantially less energy than air- condit...
In warm environments, room fans can provide comfort using substantially less energy than air-conditi...
In warm environments, room fans can provide comfort using substantially less energy than air-conditi...
In warm environments, room fans can provide comfort using substantially less energy than air- condit...
Office workers’ preferences for air movement have been extracted from a database of indoor environme...
The effects of air movement from ceiling fans on subjective thermal comfort and perceived air qualit...
Air movement is one of the six main variables determirzing human thermal comfort; air temperature, r...
Fans provide a major opportunity for buildings in that they enhance both energy efficiency and occup...
Fans provide a major opportunity for buildings in that they enhance both energy efficiency and occup...
Moving air cools human body. In warm environments, fans can provide comfort using less energy ...
A number of studies have examined the poten-tial of using natural ventilation as a passive cooling s...
Fitness centers are energy-intensive in warm climates, cooling the interior to low temperatures ...
Fitness centers are energy-intensive in warm climates, cooling the interior to low temperatures ...
Much has been done in order to understand when air movement enhancement is unwelcome. Traditionally,...
Much has been done in order to understand when air movement enhancement is unwelcome. Traditionally,...
In warm environments, room fans can provide comfort using substantially less energy than air- condit...
In warm environments, room fans can provide comfort using substantially less energy than air-conditi...
In warm environments, room fans can provide comfort using substantially less energy than air-conditi...
In warm environments, room fans can provide comfort using substantially less energy than air- condit...
Office workers’ preferences for air movement have been extracted from a database of indoor environme...
The effects of air movement from ceiling fans on subjective thermal comfort and perceived air qualit...