Title of article :
INDUSTRIAL AND ADAPTABLE COMPONENTS FOR BUILDING WASTE REDUCTION
Author/Authors :
Sadafi, N. National University of Malaysia - Faculty of Engineering - Department of Architecture, Malaysia , Zain, M.F.M National University of Malaysia - Faculty of Engineering - Department of Architecture, Malaysia , Jamil, M. National University of Malaysia - Faculty of Engineering - Department of Architecture, Malaysia
Abstract :
One of the main concerns of environmental sustainability is to reduce the depletion of valuable materials and natural resources. To do so, construction waste management needs to be considered in the early stages of building components design and preparation. Industrial, Flexible and Demountable building system (IFD) is attempting to create more adaptable buildings while managing its end-of-life more efficiently and focusing on the long-term performance of the structure and materials. This research focuses on the development of an IFD system for a two-story residential layout. In this regard, proposing a procedure to evaluate the conceptual prototype was the key concern. The procedure contains assessments according to IFD criteria and structural characteristics. ETABS software was applied for analyzing the stability and load bearing capacity of the structure. The assessments have testified to the flexibility and strength of the designed layout. Findings from this study have implications for future investigations on detail design and experimental analysis of the components.
Keywords :
Industrialization , Flexibility , Demountability , waste reduction , Terrace house layout
Journal title :
International Journal Of Renewable Energy Resources
Journal title :
International Journal Of Renewable Energy Resources