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Traditional multi-use space uses boards and rectangular grids for its interior partition. With seeming flexibility this rigid and planar partition mode however generates unattractive and limited types of spaces.
In this project a soft and sectional methodology is proposed to transform any conventional space into a field of slices, in which the formation of interior partition is the dynamic result of human circulation and behaviors.An imaginative fiber material with forming flexibility and bearing capacity is used to support the transformation of slice field. Each slice is the instant representation of ongoing site behaviors, and together form a space of wholeness and morphological diversity. -
Type: research
Trajectory: academic work (collaborate_undergraduate studio_Tianjin University)Collaborator: Jiawen Wang, Zhiming ZhangInstructor: Zhigang Wang, Zhenfei WangLocation: Tianjin, ChinaYear: 2010Client: School of Architecture, Tianjin UniversityProgram: multi-useStatus: pre design -
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Fig 1_existing exhibition partition
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Fig 2_slice field to form multi-use interior space
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Fig 3_loop prototype transformed to slice with sectional flexibility
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Fig 4_ellipse prototype to form cells
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Fig 5_interior partition formation
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Fig 6_simulation of interior partition change
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Fig 7_model elevation 1
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Fig 8_model elevation 2
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Fig 9_model
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