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Ding, G and Forsythe, P J (2013) Sustainable construction: life cycle energy analysis of construction on sloping sites for residential buildings. Construction Management and Economics, 31(03), 254-65.

  • Type: Journal Article
  • Keywords:
  • ISBN/ISSN: 0144-6193
  • URL: https://doi.org/10.1080/01446193.2012.761716
  • Abstract:
    In 2010, the Australian residential construction sector contributed about 28% of the value of all construction and was responsible for 8% of the total energy consumption. Residential construction will continue to increase to cope with the demand due to population growth. Owing to land scarcity, construction on sloping sites has become a common construction method for residential development in Australia. This method has economic benefits but poses environmental issues as it damages topsoil, disturbs natural drainage and groundwater pathways and imposes additional stress on soil under fill. The life cycle energy consumption of the construction process is examined in relation to residential projects on sloping sites on a range of slopes and soil types in New South Wales, Australia. Forty-one detached dwellings were selected and a service life of 60 years assumed for the study. The research findings reveal that the slope for each type of soil has a positive correlation with life cycle energy consumption. As part of the onsite construction process, the results also show that the energy consumption of construction on sloping sites plays a significant factor in the life cycle energy analysis of a building.

Hertin, J, Berkhout, F, Gann, D M and Barlow, J (2003) Climate change and the UK house building sector: perceptions, impacts and adaptive capacity. Building Research & Information, 31(03), 278–90.

Larrson, N K (2003) Adapting to climate change in Canada. Building Research & Information, 31(03), 231–9.

Lisø, K R, Aandahl, G, Eriksen, S and Alfsen, K H (2003) Preparing for climate change impacts in Norway's built environment. Building Research & Information, 31(03), 200–9.

Lucko, G (2013) Supporting financial decision-making based on time value of money with singularity functions in cash flow models. Construction Management and Economics, 31(03), 238-53.

Mills, E (2003) Climate change, insurance and the buildings sector: technological synergisms between adaptation and migration. Building Research & Information, 31(03), 257–77.

Park, A and Chang, C-Y (2013) Impacts of construction events on the project equity value of the Channel Tunnel project. Construction Management and Economics, 31(03), 223-37.

Plessis, C d, Irurah, D K and Scholes, R J (2003) The built environment and climate change in South Africa. Building Research & Information, 31(03), 240–56.

Sanders, C H and Phillipson, M C (2003) UK adaptation strategy and technical measures: the impacts of climate change on buildings. Building Research & Information, 31(03), 210–21.

Shimoda, Y (2003) Adaptation measures for climate change and the urban heat island in Japan's built environment. Building Research & Information, 31(03), 222–30.

Steemers, K (2003) Towards a research agenda for adapting to climate change. Building Research & Information, 31(03), 291–301.

Van Reedt Dortland, M, Voordijk, H and Dewulf, G (2013) Real options in project coalitions in Dutch health care: two case studies of construction projects. Construction Management and Economics, 31(03), 266-86.

Zhang, M and Fang, D (2013) A cognitive analysis of why Chinese scaffolders do not use safety harnesses in construction. Construction Management and Economics, 31(03), 207-22.