Office workers’ preferences for air movement have been extracted from the ASHRAE database of indoor environmental quality surveys, using the 48 buildings (6148 surveys) in which the surveys included an air movement preference question. Dissatisfaction with the amount of air motion is found to be very common, with too little air movement cited far more commonly than too much air movement.When people are cool, air movement is perceived as draft. When people are warm, air movement is perceived as desirable. In this paper we examined the region where people’s responses were neutral and slightly warm (with ASHRAE sensation between -0.7 and 1.5). For ASHRAE database responses within this region, 52% of occupants wanted more air movement, 45% pref...
In hot humid climates, natural ventilation is an essential passive strategy in order to maintain the...
The literature on thermal comfort indicates that acceptable indoor air speed in warm climates should...
Research towards understanding the relationship between maintaining thermal comfort and energy effic...
Office workers’ preferences for air movement have been extracted from the ASHRAE database of indoor ...
Office workers’ preferences for air movement have been extracted from a database of indoor environme...
Air movement is one of the six main variables determirzing human thermal comfort; air temperature, r...
This research aims to explore the relationship between thermal and air movement preferences inside n...
ABSTRACT: This research aims to explore the relationship between thermal and air movement preference...
Moving air has long been used to provide comfort in warm environments. Provision for indoor air move...
In the ASHRAE comfort database [1], underpinning the North American naturally ventilated adaptive co...
The aim of this work is to study the relationship between air movement preference and thermal comfor...
This paper compares occupants’ thermal response to naturally-ventilated and air-conditioned offices ...
Often, building assessments do not account for users' social concerns in relation to buildings' phys...
This study presents the findings of the significance between thermal comfort and air movement percep...
Much has been done in order to understand when air movement enhancement is unwelcome. Traditionally,...
In hot humid climates, natural ventilation is an essential passive strategy in order to maintain the...
The literature on thermal comfort indicates that acceptable indoor air speed in warm climates should...
Research towards understanding the relationship between maintaining thermal comfort and energy effic...
Office workers’ preferences for air movement have been extracted from the ASHRAE database of indoor ...
Office workers’ preferences for air movement have been extracted from a database of indoor environme...
Air movement is one of the six main variables determirzing human thermal comfort; air temperature, r...
This research aims to explore the relationship between thermal and air movement preferences inside n...
ABSTRACT: This research aims to explore the relationship between thermal and air movement preference...
Moving air has long been used to provide comfort in warm environments. Provision for indoor air move...
In the ASHRAE comfort database [1], underpinning the North American naturally ventilated adaptive co...
The aim of this work is to study the relationship between air movement preference and thermal comfor...
This paper compares occupants’ thermal response to naturally-ventilated and air-conditioned offices ...
Often, building assessments do not account for users' social concerns in relation to buildings' phys...
This study presents the findings of the significance between thermal comfort and air movement percep...
Much has been done in order to understand when air movement enhancement is unwelcome. Traditionally,...
In hot humid climates, natural ventilation is an essential passive strategy in order to maintain the...
The literature on thermal comfort indicates that acceptable indoor air speed in warm climates should...
Research towards understanding the relationship between maintaining thermal comfort and energy effic...