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Predicting the Drape of Woven Cloth Using Interacting Particles (1994)
| Citations: | 144 - 5 self |
BibTeX
@MISC{Breen94predictingthe,
author = {David E. Breen and Donald H. House and Michael J. Wozny and David E. Breen},
title = {Predicting the Drape of Woven Cloth Using Interacting Particles},
year = {1994}
}
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Abstract
We demonstrate a physically-based technique for predicting the drape of a wide variety of woven fabrics. The approach exploits a theoretical model that explicitly represents the microstructure of woven cloth with interacting particles, rather than utilizing a continuum approximation. By testing a cloth sample in a Kawabata fabric testing device, we obtain data that is used to tune the model's energy functions, so that it reproduces the draping behavior of the original material. Photographs, comparing the drape of actual cloth with visualizations of simulation results, show that we are able to reliably model the unique large-scale draping characteristics of distinctly different fabric types. iii Figure 1.1: Draping cloth objects 1 Introduction The vast number of uses for cloth are mirrored in the extraordinary variety of types of woven fabrics. These range from the most exquisite fine silks, to the coarsest of burlaps, and are woven from such diverse fibers as natural wool and synth...
Keyphrases
woven cloth using interacting particle woven fabric actual cloth energy function cloth sample vast number iii figure natural wool continuum approximation exquisite fine silk theoretical model wide variety different fabric type woven cloth diverse fiber original material kawabata fabric cloth object simulation result physically-based technique extraordinary variety
