Visualizing surface strain distribution of facial skin using stereovision

An experimental technique has been developed for measuring and visualizing strain distribution on facial skin. A stereovision technique based on digital image correlation is employed for obtaining the displacement distribution on the human face. Time-variation of the movement of the facial skin surf...

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Main Authors: Nagisa Miura, Tsubasa Sakamoto, Yuichi Aoyagi, Satoru Yoneyama
Format: Article
Language:English
Published: Elsevier 2016-07-01
Series:Theoretical and Applied Mechanics Letters
Subjects:
Online Access:http://www.sciencedirect.com/science/article/pii/S209503491630023X
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author Nagisa Miura
Tsubasa Sakamoto
Yuichi Aoyagi
Satoru Yoneyama
author_facet Nagisa Miura
Tsubasa Sakamoto
Yuichi Aoyagi
Satoru Yoneyama
author_sort Nagisa Miura
collection DOAJ
description An experimental technique has been developed for measuring and visualizing strain distribution on facial skin. A stereovision technique based on digital image correlation is employed for obtaining the displacement distribution on the human face. Time-variation of the movement of the facial skin surface is obtained from consecutive images obtained using a pair of high-speed cameras. The strains on the facial skin surface are then obtained from the measured displacements. The performance of the developed system is demonstrated by applying it to the measurement of the strain on facial skin during the production of sound. Results show that the strains on facial skin can be visualized. Further discussion on the relationship between the creation of wrinkles and strains is possible with the help of the developed system.
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spelling doaj.art-bcb7554fc3884bbea34ae27731c33ad92022-12-21T18:32:24ZengElsevierTheoretical and Applied Mechanics Letters2095-03492016-07-016416717010.1016/j.taml.2016.05.005Visualizing surface strain distribution of facial skin using stereovisionNagisa MiuraTsubasa SakamotoYuichi AoyagiSatoru YoneyamaAn experimental technique has been developed for measuring and visualizing strain distribution on facial skin. A stereovision technique based on digital image correlation is employed for obtaining the displacement distribution on the human face. Time-variation of the movement of the facial skin surface is obtained from consecutive images obtained using a pair of high-speed cameras. The strains on the facial skin surface are then obtained from the measured displacements. The performance of the developed system is demonstrated by applying it to the measurement of the strain on facial skin during the production of sound. Results show that the strains on facial skin can be visualized. Further discussion on the relationship between the creation of wrinkles and strains is possible with the help of the developed system.http://www.sciencedirect.com/science/article/pii/S209503491630023XStrainSkinFaceWrinkleStereovisionDigital image correlation
spellingShingle Nagisa Miura
Tsubasa Sakamoto
Yuichi Aoyagi
Satoru Yoneyama
Visualizing surface strain distribution of facial skin using stereovision
Theoretical and Applied Mechanics Letters
Strain
Skin
Face
Wrinkle
Stereovision
Digital image correlation
title Visualizing surface strain distribution of facial skin using stereovision
title_full Visualizing surface strain distribution of facial skin using stereovision
title_fullStr Visualizing surface strain distribution of facial skin using stereovision
title_full_unstemmed Visualizing surface strain distribution of facial skin using stereovision
title_short Visualizing surface strain distribution of facial skin using stereovision
title_sort visualizing surface strain distribution of facial skin using stereovision
topic Strain
Skin
Face
Wrinkle
Stereovision
Digital image correlation
url http://www.sciencedirect.com/science/article/pii/S209503491630023X
work_keys_str_mv AT nagisamiura visualizingsurfacestraindistributionoffacialskinusingstereovision
AT tsubasasakamoto visualizingsurfacestraindistributionoffacialskinusingstereovision
AT yuichiaoyagi visualizingsurfacestraindistributionoffacialskinusingstereovision
AT satoruyoneyama visualizingsurfacestraindistributionoffacialskinusingstereovision