This study shows how estimates of energy consumption can be extracted from existing data sets and efficiently related to characteristics of the real property making up the discrete areas of the city. The study suggests that embodied energy consumption may be more significant than previously thought and suggests how estimates of embodied and operational energy may be used as a development control tool in the planning system
Compact cities have been attributed to lower per capita energy use. However, the complexity of relat...
We analyze 100 case studies, which were conducted in 23 countries, and contrast their data on em...
The population growth living in urban areas reaches 50% of the total, causing polluting air and ener...
The spatial representation of resource consumption in the built environment offers potential benefit...
The motivation for the research described in this thesis is the imperative to minimise energy consum...
While significant progress has been made in reducing Operational Energy; Embodied Energy has been la...
This project aims to provide a methodology to map energy consumption of the housing stock at a city ...
The nature and form of the urban environment is a critical determinant of the sustainability of our ...
Total energy consumption of a domestic building, which has a direct impact on its carbon foot print,...
By combining daily (operations) and embodied energy demands, this work estimates life-cycle energy d...
Cities by definition are a focal point of energy consumption. Their forms have a significant bearing...
Embodied energy accounts for a large proportion of lifecycle energy utilisation in the building sect...
In this paper, we developed a new integrated analysis environment in order to thoroughly analyses ur...
In this paper, we developed a new integrated analysis environment in order to thoroughly analyses ur...
This study proposes the development of thermal and energy consumption maps to generate useful planni...
Compact cities have been attributed to lower per capita energy use. However, the complexity of relat...
We analyze 100 case studies, which were conducted in 23 countries, and contrast their data on em...
The population growth living in urban areas reaches 50% of the total, causing polluting air and ener...
The spatial representation of resource consumption in the built environment offers potential benefit...
The motivation for the research described in this thesis is the imperative to minimise energy consum...
While significant progress has been made in reducing Operational Energy; Embodied Energy has been la...
This project aims to provide a methodology to map energy consumption of the housing stock at a city ...
The nature and form of the urban environment is a critical determinant of the sustainability of our ...
Total energy consumption of a domestic building, which has a direct impact on its carbon foot print,...
By combining daily (operations) and embodied energy demands, this work estimates life-cycle energy d...
Cities by definition are a focal point of energy consumption. Their forms have a significant bearing...
Embodied energy accounts for a large proportion of lifecycle energy utilisation in the building sect...
In this paper, we developed a new integrated analysis environment in order to thoroughly analyses ur...
In this paper, we developed a new integrated analysis environment in order to thoroughly analyses ur...
This study proposes the development of thermal and energy consumption maps to generate useful planni...
Compact cities have been attributed to lower per capita energy use. However, the complexity of relat...
We analyze 100 case studies, which were conducted in 23 countries, and contrast their data on em...
The population growth living in urban areas reaches 50% of the total, causing polluting air and ener...