The Impact of Materials’ Technology on Sustainability of Buildings
Main Article Content
Abstract
The evolution in materials’ technology in the last decades resulted in interesting projects that aimed at preserving the environment and energy and reduce pollution. They have been taken the principles of environmental design as a basis for architectural thought, starting from the early stages of the design process ending in choosing appropriate building materials to achieve sustainable buildings, but these trying are limited in our local environment and there isn’t demanded seriousness. The research problem emerges in the ignorance of the environmental aspect (ecological system) when selecting building materials during design process to achieve sustainable buildings. The aim of this research is revealing the mechanisms of selecting building materials to improve the functional performance and reduce the negative effects on the environment and preserve its resources and the ecological systems as much as possible according to the following indicators: Embodied energy, recycling, durability; to assist architects and specific engineers in making decisions that have a significant impact in achieving sustainable buildings in the local environment and the possibility of application in Iraq .
Article Details
Section
How to Cite
References
Calkins, Meg ,” Materials of Sustainabl Sites”, John Wiley & Sons, Inc., Hoboken, New Jersey, Canada ,2009.
Esko Miettinen,” Sustainable Architecture with Stainless Steel” the conference creative architecture with Stainless Steel jointly organized by (Euro Inox, Brussels, Belgium, and Cedinox , Madrid ,Spain) , Barcelona on12th March 2002.
Gumaste, Krishnakedar. S., , “Embodied Energy Computations In Buildings”, Advances in Energy Research (AER – 2006.
Gunther,Thomas Schmitz , Living SpacesEcological Building and Design,Slovenia,1999.
Holtshausen, H.J, “Embodied Energy and its impact on Architectural Decisions “, Faculty of Art and, Design and Architecture, University of Johannesburg, 2007.
Jones, Anna Ray; "sustainable architecture in Japan- the green buildings of nikken sekkei", wiley academy, UK, 2000.
Kim ,Jong-Jin, “Sustainable Architecture Module: Qualities, Use, and Examples of Sustainable Building Materials”, 1998, The University of Michigan .
Mendler, Sandara &odell, William;"the hok guide book to sustainable design", John Wiley and Sons Inc., USA, 2000.
Pank ,Will –Girardet , Herbert & Cox ,Greg “Tall Buildings and Sustainablility”, Corporation of London,2002.
Randall, Thomas,”Environmental Design (An Introduction for Architects and Engineers)” Taylor&francis e-Library,2006.
Reddy , Venkatarama ,“Sustainable building technologies”, Department of Civil Engineering & Centre for Sustainable Technologies, Indian Institute of Science, Bangalore 560 012, India ,Current Science, Vol. 87, NO. 7, 10 October, 2004.
Roaf ,Sue - Fuentes, Mannel and Stephanic Thomas, “Eco House :A Design Guide”, Oxford,UK 2007.
US green building Council,” sustainable Building Technical Manual”, Bublic Technology Inc.,1996. Internet Sites references
http://www.usgbc.org/DisplayPage.aspx?CMSPage موقع مجلس المبنى الاخضر1721=ID
http://www2.aiatopten.org/hpb/grid2011.cfm?proje موقع المعهد الامريكي للمعماريين16=section&1950=id_ct
http://www2.aiatopten.org/hpb/grid2011.cfm?proje موقع المعهد الامريكي للمعماريين16=section&1964=id_ct
http://www2.aiatopten.org/hpb/images.cfm?ProjectI موقع المعهد الامريكي للمعماريين1301=D
http://www2.aiatopten.org/hpb/overview.cfm?Proje موقع المعهد الامريكي للمعماريين289=ctID
http://www2.aiatopten.org/hpb/overview.cfm?Proj موقع المعهد الامريكي للمعماريين45=ectID