Modeling the non-elastic stretch deformation of cloth based on creep analysis

This work proposes a method to model the non-elastic components in the fabric stretch deformation in the context of physically based fabric simulator. This paper finds that the above problem can be made tractable if we decompose the stretch deformation into the immediate elastic, viscoelastic, and p...

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Published inTextile research journal Vol. 86; no. 3; pp. 245 - 255
Main Authors Jung, Il-Hoe, Lee, Sang-Bin, Kim, Jong-Jun, Ryu, Han-Na, Ko, Hyeong-Seok
Format Journal Article
LanguageEnglish
Published London, England SAGE Publications 01.02.2016
Sage Publications Ltd
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Abstract This work proposes a method to model the non-elastic components in the fabric stretch deformation in the context of physically based fabric simulator. This paper finds that the above problem can be made tractable if we decompose the stretch deformation into the immediate elastic, viscoelastic, and plastic components. A non-trivial job is the decomposition of the deformation itself. For the purpose of the simulator development, the decomposition must be possible at any stage of deformation and any occurrence of loading and unloading. Based on the observations of various constant force creep measurements, this paper makes an assumption that, within a particular fabric, the viscoelastic and plastic components are proportional to each other and their ratio is invariant over time. Experimental results produced with the proposed method match with general expectations, and show that the method can represent the non-elastic stretch deformation for arbitrary time-varying force.
AbstractList So far, most clothing simulators have been developed under the assumption that cloth is elastic material. With some amount of parameter tuning, those simulators could produce visually realistic results. Nevertheless, deformation of cloth is not elastic. When deformation occurs, some part of it is restored immediately, but some part (viscoelastic component) is restored over a duration, and some other part (plastic component) is never restored.
This work proposes a method to model the non-elastic components in the fabric stretch deformation in the context of physically based fabric simulator. This paper finds that the above problem can be made tractable if we decompose the stretch deformation into the immediate elastic, viscoelastic, and plastic components. A non-trivial job is the decomposition of the deformation itself. For the purpose of the simulator development, the decomposition must be possible at any stage of deformation and any occurrence of loading and unloading. Based on the observations of various constant force creep measurements, this paper makes an assumption that, within a particular fabric, the viscoelastic and plastic components are proportional to each other and their ratio is invariant over time. Experimental results produced with the proposed method match with general expectations, and show that the method can represent the non-elastic stretch deformation for arbitrary time-varying force.
Author Lee, Sang-Bin
Kim, Jong-Jun
Ryu, Han-Na
Ko, Hyeong-Seok
Jung, Il-Hoe
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Cites_doi 10.1177/0040517509343816
10.1145/37402.37427
10.21236/ADA041920
10.1108/09556229610123955
10.1145/192161.192259
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10.1145/280814.280821
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10.1145/2508363.2508389
10.1145/2461912.2462010
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Keywords cloth simulation
creep
non-elasticity
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Snippet This work proposes a method to model the non-elastic components in the fabric stretch deformation in the context of physically based fabric simulator. This...
So far, most clothing simulators have been developed under the assumption that cloth is elastic material. With some amount of parameter tuning, those...
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StartPage 245
SubjectTerms Constants
Creep analysis
Creep tests
Decomposition
Deformation
Elastic deformation
Fabrics
Invariants
Simulators
Studies
Viscoelasticity
Title Modeling the non-elastic stretch deformation of cloth based on creep analysis
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