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Containing the proceedings of the latest in a series of conferences on the emerging topic of eco-architecture, this book presents the newest research in the field. Eco-architecture requires that buildings be in harmony with nature, including their immediate environs. Locations, siting and orientation, as well as the materials used, should be chosen based on ecological appropriateness. Practitioners make every effort to minimize the use of energy at each stage of a building's life cycle, including that embodied in the extraction and/or fabrication as well as the transportation of the materials used and their assembly into the building. There is even consideration given to the ease and value of changing use of a building and component recycling when the building's life is over. Designers may also carefully control the energy required for building maintenance, not to mention lighting, heating and cooling, especially when the energy consumed is related to greenhouse gas emissions. Passive energy systems such as natural ventilation, summer shading and winter solar heat gain also play a role, as do alternative sources of energy for heat and electricity, e.g. solar and wind power.Papers presented cover topics such as: Ecological and cultural sensitivity; Design by passive systems ; Life cycle assessment; Quantifying sustainability in architecture; Resource and rehabilitation; Building technologies; Ecological impact of materials; Durability of materials; Adapted reuse ; Carbon neutral design ; Education and training; Case studies; New architecture frontiers; Art and kraft; Quality in architecture; Temporary architecture; Selection.
This book is a concise review of the assumptions, beliefs, goals and bodies of knowledge that underlie the endeavour to design environmentally sustainable buildings and other built developments.
From 2008, for the first time in human history, half of the world’s population now live in cities. Yet despite a wealth of literature on green architecture and planning, there is to date no single book which draws together theory from the full range of disciplines - from architecture, planning and ecology - which we must come to grips with if we are to design future cities which are genuinely sustainable. Paul Downton’s Ecopolis takes a major step along this path. It highlights the urgent need to understand the role of cities as both agents of change and means of survival, at a time when climate change has finally grabbed world attention, and it provides a framework for designing cities that integrates knowledge - both academic and practical - from a range of relevant disciplines. Identifying key theorists, practitioners, places and philosophies, the book provides a solid theoretical context which introduces the concept of urban fractals, and goes on to present a series of design and planning tools for achieving Sustainable Human Ecological Development (SHED). Combining knowledge from diverse fields to present a synthesis of urban ecology, the book will provide a valuable resource for students, researchers and practitioners in architecture, construction, planning, geography and the traditional life sciences.
Filling a gap in existing literature on sustainable design, this new guide introduces and illustrates sustainable design principles through detailed case studies of sustainable buildings in Europe, North America and Australia. The guide will provide the reader with a deeper understanding of the design issues involved in delivering sustainable buildings, and giving detailed description of the process of integrating principles into practice. Approximately one hundred case studies of sixty buildings, ranging from small dwellings to large commercial buildings, and drawn from a range of countries, demonstrate best current practice. The sections of the book are divided into design issues relating to sustainable development, including site and ecology, community and culture, health, materials, energy and water. With over 400 illustrations, this highly visual guide will be an invaluable reference to all those concerned with architecture and sustainability issues.
Ecohouse is an exciting and timely text that tells you how to design low energy, environmentally friendly buildings today. It also provides the foundations for building design in a warming world, and stepping stones towards the zero-carbon emission buildings of tomorrow. Sue Roaf is famed for her approach to design and her awareness of energy efficiency. Here she reveals the concepts, structures and techniques that lie behind the realization of her ideals. By using her own house as a case-study Roaf guides the reader through the ideas for energy efficient design or 'eco design'. This guide to the ecohouse also explores 21 case-studies from around the world, from Norway and Sweden to India and Japan, Argentina and Mexico. Chapters by Christopher Day, Katerine Bohn and Andre Viljoen on ecological building materials and methods and a contribution by Robert and Brenda Vale - all experts in this field Ecohouse has a regularly updated companion web site providing further information on all issues relating to Ecohouse and eco design. Log on to www.bh.com/companions/ecohouse for a direct link.
Using a qualitative rather than a quantitative approach, presents detailed information based on concepts, rules, guidelines, intuition, and experience for architects in the areas of heating, cooling, and lighting at the schematic design stage. The data explored supports a three-tiered approach--load avoidance, using natural energy sources, and mechanical equipment. Among the topics covered are shading, thermal envelope, passive heating and cooling, electric lighting, and HVAC. Case studies illustrate how certain buildings use techniques at all three tiers for heating, cooling, and lighting. An appendix lists some of the more appropriate computer programs available to the architect for analysis at the schematic design stage.
Luis de Garrido is an award-winning architect and visiting Professor at MIT, and is renowned for his work with sustainable, environmentally-friendly designs. Self Sufficient Green Architecture is a superbly illustrated volume that showcases some of De Garrido¿s most innovative and ambitious projects. Not only are do these projects utilize environmentally friendly materials and building practices, they are also completely energy and water self-sufficient. This is a must-have volume for anyone with an interest in the cutting edge of sustainable architecture.
Throughout history, many leading thinkers have been inspired by the parallels between nature and human design, in mathematics, engineering and other areas. Today, the huge increase in biological knowledge, developments in design engineering systems, together with the growth in computer power and developments in simulation modelling, have all made possible more comprehensive studies of nature.Conference topics include the following: Mechanics in nature; Nature and architecture; Natural materials and processes; Solutions from nature; Biomimetics and bio-inspiration; Biocapacity; Education in design and nature; Competition in nature; Biological engineering; Constructional theory; Locomotion in nature; Gravitational biology; Self-sustaining environments.It is these developments which have prompted the reconvening of this international conference on Design and Nature. It is intended that the meeting will bring together researchers from around the world working on a variety of studies involving nature and their significance for modern scientific thought and design.
Unlike the mechanistic buildings it replaces, Eco-Architecture is in harmony with nature, including its immediate environs. Eco-Architecture makes every effort to minimise the use of energy at each stage of the building's life cycle, including that embodied in the extraction and transportation of materials, their fabrication, their assembly into the building and ultimately the ease and value of their recycling when the building's life is over. Featuring papers from the First International Conference on Harmonisation between Architecture and Nature, the text brings together papers of an inter-disciplinary nature, and will be of interest to engineers, planners, physicists, psychologists, sociologists, economists, and other specialists, in addition to architects. Featured topics include: Historical and Philosophical aspects; Ecological and Cultural Sensitivity; Human Comfort and Sick Building Syndrome; Energy Crisis and Building Technologies; Carbon Neutral Design; Alternative Sources of Energy (wind, solar, wave, geothermal etc); Design with Nature; Design with Climate; Siting and Orientation; Re-use of Brownfield Sites; Material Selection; Minimal Transportation Approaches and use of Indigenous Materials; Life Cycle Assessment of Materials; Design by Passive Systems; Conservation and Re-use of Water; Building Operation and Management; Applications in Different Building Types; Regulations and Contracts.
The Details in Architecture series has gained such a reputation that architects jockey to be included in the new titles. By its very nature, it is cutting edge architecture at its very best. The new techniques of architects and designers are put on show to answer questions relating to the secrets of the best architects from North and South America, Europe, Asia and Australia. The book features an abundance of sketches, drawings and relevant photographs of specific details which have been selected and submitted by the architect to place the architectural details into perspective. Each project also includes a 250-word descriptive text. The emerging trends which will be followed by architects and designers for years to come are presented in clear and concise layouts. Many details are functional, but many are also decorative. Details can be used to make a building design environment friendly, or called upon to link a building with place, tradition and history. Included are details from corporate and