ADAPTIVE ENVIRONMENTS: SPATIAL ADAPTATION BY RECONFIGURATION
Abstract
Space Crunch” is a daily struggle in the life of majority of Urban Dwellers, more so for growing families to which they either respond with unique design solutions or compromise. Internal non load bearing walls occupying valuable floor space is one of the reasons contributing to this “Space Crunch“. Thereby necessitating a study to explore transformations on the
Wall plane. This paper is a study of reconfigurable systems both on the wall as well as roof plane leading to an apt design solution for Reconfigurable, Internal Modular space dividers in Tensile Fabric. The paper would finally conclude with a conceptual design solution answering the “space crunch “ issue enhancing functional efficiency of residential dwelling units with changing occupants.
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Carmon, N. (2002). User Controlled housing: Desirability and Feasibility. European Planning Studies, 10, 285.
T.H.Khan,(2014) Living with Transformation. Springer Briefs in Geography
Brian Foster & Marijke Mollaert. (2004). European Design Guide for Tensile Surface Structures, 56, 57, 115
SL-RASCH GMBH Web page: http://www.sl-rasch.de. Last accessed: 8/3/2014.
C. Rodriguez & J. Chilton (2007) .The Swivel Diaphragm: Potential Applications in Transformable Architecture Research Paper, Tensinet Symposium.
Pellegrino, C.Hoberman., You, Z.,( 1993)Foldable ring structures, PARKE, G. A R HOWARD, C. M., (eds.), Space Structures 4. Thomas Telford, London,pp. 783-792
Alexandra Kasuba (1971). The Live in Environment “20 th Century”- Design of Sculptural Internal Spaces with stretchable fabric.
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