The research presented in this paper was conducted in order to test whether the thermal preferences of occupants in low-energy houses are influenced by their environmental values. This was done through a 12-month thermal comfort study and Environmental Attitudes Inventory (EAI) of 40 households in dwellings of non-standard construction located within two very different Australian climates: cool temperate – Melbourne and hot humid – Darwin. The results show that the occupants of these dwellings considered conditions comfortable often outside of the accepted adaptive thermal comfort limits and suggest that the conditions people find acceptable may be influenced by their underlying environmental values. These results indicate that greater ackn...
Managing thermal comfort, in both hot and cold climates, critically influences energy use in homes [...
Increasing reliance on air-conditioning to improve summertime comfort in dwellings results in higher...
The thermoregulatory influence of building materials to improve the thermal comfort of buildings has...
The research presented in this paper was conducted in order to test whether the thermal preferences ...
The preferences and behaviour of occupants are critically important in the environmental performance...
This paper presents an examination of the thermal expectations of occupants in naturally ventilated ...
To move to holistic indoor environmental quality (IEQ) assessment methods of residential building pe...
Thermal performance assessment is an important means in understanding the future performances of a b...
Housing construction and operating costs can be reduced if building codes are designed to meet local...
Internationally and locally, there is increasing interest in the application of adaptive models of t...
International evidence suggests that cold housing – and its effects on health – is not just confined...
Buildings the lusually expected by their occupants to do more than simply provide ‘shelter’ and a si...
Despite substantial evidence emphasising the diversity in thermal comfort perception, conventional m...
Despite substantial evidence emphasising the diversity in thermal comfort perception, conventional m...
The thermoregulatory influence of building materials to improve the thermal comfort of buildings has...
Managing thermal comfort, in both hot and cold climates, critically influences energy use in homes [...
Increasing reliance on air-conditioning to improve summertime comfort in dwellings results in higher...
The thermoregulatory influence of building materials to improve the thermal comfort of buildings has...
The research presented in this paper was conducted in order to test whether the thermal preferences ...
The preferences and behaviour of occupants are critically important in the environmental performance...
This paper presents an examination of the thermal expectations of occupants in naturally ventilated ...
To move to holistic indoor environmental quality (IEQ) assessment methods of residential building pe...
Thermal performance assessment is an important means in understanding the future performances of a b...
Housing construction and operating costs can be reduced if building codes are designed to meet local...
Internationally and locally, there is increasing interest in the application of adaptive models of t...
International evidence suggests that cold housing – and its effects on health – is not just confined...
Buildings the lusually expected by their occupants to do more than simply provide ‘shelter’ and a si...
Despite substantial evidence emphasising the diversity in thermal comfort perception, conventional m...
Despite substantial evidence emphasising the diversity in thermal comfort perception, conventional m...
The thermoregulatory influence of building materials to improve the thermal comfort of buildings has...
Managing thermal comfort, in both hot and cold climates, critically influences energy use in homes [...
Increasing reliance on air-conditioning to improve summertime comfort in dwellings results in higher...
The thermoregulatory influence of building materials to improve the thermal comfort of buildings has...