This study was conducted to investigate the accuracy of the PMV model in residential buildings in UK and to find out whether a true “context effect” exists in explaining discrepancies between predicted and observed thermal sensation of occupants. Sixteen participants were subjected to a thermal comfort study at both their homes and office. Each subject voted on their thermal sensation while air and mean radiant temperature, air velocity and relative humidity were recorded. The comparison of reported thermal sensation and those predicted using ISO 7730 showed that in general PMV under predicts the thermal sensation of occupants in both environments. The neutral temperatures found in homes and offices were respectively 3ºC and 2.5ºC lower tha...
Global current requirement is to increase thermal comfort in residential and non residential buildin...
Arguably, behaviour adaptation and psychological factors are the main explanations forincorrect pred...
In the UK, domestic buildings are responsible for a significant amount of overall carbon emissions f...
This study was conducted to investigate the accuracy of the PMV model in residential buildings in UK...
A study was conducted to investigate the accuracy of the PMV model for predicting thermal comfort se...
Traditionally there are two approaches to thermal comfort studies in the indoor environment. The fir...
This research focusses on investigating the sensitivity of thermal comfort to temperature in a heate...
The neutral thermal sensation (neither cold, nor hot) is widely used through the application of the ...
Despite substantial evidence emphasising the diversity in thermal comfort perception, conventional m...
This research examined how indoor environmental variables affect the human thermal comfort sensation...
The evaluation of indoor comfort requires a thorough understanding of how human occupants perceive f...
Reducing energy consumption in the residential sector is an imperative EU goal until 2020. An import...
Buildings the lusually expected by their occupants to do more than simply provide ‘shelter’ and a si...
Mean Radiant Temperature (MRT) is an important factor of Fanger's PMV model, which is the most popul...
This thesis presents a body of work conducted in the field of domestic thermal comfort. The aim of t...
Global current requirement is to increase thermal comfort in residential and non residential buildin...
Arguably, behaviour adaptation and psychological factors are the main explanations forincorrect pred...
In the UK, domestic buildings are responsible for a significant amount of overall carbon emissions f...
This study was conducted to investigate the accuracy of the PMV model in residential buildings in UK...
A study was conducted to investigate the accuracy of the PMV model for predicting thermal comfort se...
Traditionally there are two approaches to thermal comfort studies in the indoor environment. The fir...
This research focusses on investigating the sensitivity of thermal comfort to temperature in a heate...
The neutral thermal sensation (neither cold, nor hot) is widely used through the application of the ...
Despite substantial evidence emphasising the diversity in thermal comfort perception, conventional m...
This research examined how indoor environmental variables affect the human thermal comfort sensation...
The evaluation of indoor comfort requires a thorough understanding of how human occupants perceive f...
Reducing energy consumption in the residential sector is an imperative EU goal until 2020. An import...
Buildings the lusually expected by their occupants to do more than simply provide ‘shelter’ and a si...
Mean Radiant Temperature (MRT) is an important factor of Fanger's PMV model, which is the most popul...
This thesis presents a body of work conducted in the field of domestic thermal comfort. The aim of t...
Global current requirement is to increase thermal comfort in residential and non residential buildin...
Arguably, behaviour adaptation and psychological factors are the main explanations forincorrect pred...
In the UK, domestic buildings are responsible for a significant amount of overall carbon emissions f...