An investigation into three dimensional mutable "living" textile materials and environments
An investigation into three dimensional mutable "living" textile materials and environments
My research aim concerns questioning how we can generate environments suggestive of nature fused with built environments through textiles. Through literature reviews and experiments with available the 3D imaging techniques of Holography, Lenticular and 3D Integral Imaging using Fresnel Lens Arrays, I have researched towards finding the most effective method for 3D imaging techniques for textile applications. Furthermore I have investigated the practicality of generating a textile material capable of achieving three dimensional mutable 'living' textile materials in combining the Lenticular technique with the 3D Integral Imaging Technique using Fresnel Lens arrays. The advantage of the combining technique is to create the possibility of seeing a number of different floating 3D illusory images, depending on the viewing angle.
University of Southampton
Kim, Ki-Hoon
fa29846f-4fdb-41e9-bb22-182d23606d66
2008
Kim, Ki-Hoon
fa29846f-4fdb-41e9-bb22-182d23606d66
Kim, Ki-Hoon
(2008)
An investigation into three dimensional mutable "living" textile materials and environments.
University of Southampton, Doctoral Thesis.
Record type:
Thesis
(Doctoral)
Abstract
My research aim concerns questioning how we can generate environments suggestive of nature fused with built environments through textiles. Through literature reviews and experiments with available the 3D imaging techniques of Holography, Lenticular and 3D Integral Imaging using Fresnel Lens Arrays, I have researched towards finding the most effective method for 3D imaging techniques for textile applications. Furthermore I have investigated the practicality of generating a textile material capable of achieving three dimensional mutable 'living' textile materials in combining the Lenticular technique with the 3D Integral Imaging Technique using Fresnel Lens arrays. The advantage of the combining technique is to create the possibility of seeing a number of different floating 3D illusory images, depending on the viewing angle.
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Published date: 2008
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Local EPrints ID: 466392
URI: http://eprints.soton.ac.uk/id/eprint/466392
PURE UUID: 3d5f3a1c-3190-4ebe-8d49-0e69c56c4a25
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Date deposited: 05 Jul 2022 05:13
Last modified: 16 Mar 2024 20:40
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Author:
Ki-Hoon Kim
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