| Description |
ii, 141 pages : illustrations, plans ; 30 cm |
| Contents |
Contents: Energy efficiency building standards project : review of embodied energy / R. Jacques -- Practical and policy issues in analysis of embodied energy and its application / A. Pears -- Product comparison methods / G. Salomonsson -- Transportation energy embodied in construction materials / A. Miller -- Data quality of embodied energy methods / S. Pullen -- Completeness and accuracy of embodied energy data : a national model of residential buildings / G. Treloar -- Embodied energy analysis of New Zealand building materials : methods and results / A. Alcorn -- LCA and embodied energy : some contentious issues / W. Lawson -- Current worldwide embodied energy research / P. Stewart -- Part 1: The relevance of embodied energy in an indefinite future and Part 2: Embodied energy initiatives in Canada / P. Russell -- An evaluation of environmental evaluation tools for residential building designers in Australia / J. Rowley -- Evaluating embodied energy in construction using a 3D CAD-based model / S. Tucker -- Embodied energy as a parameter for the environmental assessment of building materials / P. Mitchell -- Life-cycle embodied energy of office furniture / A. McCoubrie -- Life-cycle energy analysis : planning for the future / R. Fay -- The embodied energy of a standard house : then and now / A. Alcorn |
| Notes |
Held at Deakin University, Woolstores Campus, Geelong, Australia, Thursday 28th - Friday 29th November, 1996. Organised by the Australian Sustainable Materials Group, Deakin University |
| Bibliography |
Includes bibliographical references and index |
| Subject |
Architectural design.
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Building materials.
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Building materials -- Energy consumption.
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Buildings -- Energy consumption.
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Computer-aided design.
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Energy conservation.
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Energy consumption.
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Renewable energy sources -- Congresses.
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Sustainable development.
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| Genre/Form |
Conference papers and proceedings.
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| Author |
Fay, Roger
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Treloar, Graham J
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Tucker, Selwyn N
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Australian Sustainable Materials Group
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Deakin University. School of Architecture and Building
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