Development of Mathematical Model of Draped Fabric with Use of 3-D Scanning Data

The aim of the paper is to determine of possibility of draped fabrics mathematical model obtaining on the base of 3D-scanning results. The subject of the investigation was linen fabric treated by silicone softening agent. During the research this fabric was scanned with obtaining array of data fo...

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Main Authors: D. Ryklin, X. Tang, A. Grishaev, D. Piaskouski
Format: Article
Language:Russian
Published: Витебский государственнный технологический университет 2018-01-01
Series:Vestnik of Vitebsk State Technological University
Subjects:
Online Access:http://vestnik.vstu.by/files/6815/3604/0712/9_34.pdf
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spelling doaj-438b86874d574f48bd806f4045fbb1842020-11-25T02:04:58ZrusВитебский государственнный технологический университетVestnik of Vitebsk State Technological University2079-79582306-17742018-01-01134707810.24411/2079-7958-2018-13409Development of Mathematical Model of Draped Fabric with Use of 3-D Scanning DataD. Ryklin0X. Tang1A. Grishaev2D. Piaskouski3 Vitebsk State Technological University Vitebsk State Technological University Vitebsk State Technological University Vitebsk State Technological UniversityThe aim of the paper is to determine of possibility of draped fabrics mathematical model obtaining on the base of 3D-scanning results. The subject of the investigation was linen fabric treated by silicone softening agent. During the research this fabric was scanned with obtaining array of data for further statistical processing. Type of the mathematical model was selected for describing of draped fabric cross-section contour on the different distances from supporting disc with high precision. Summarizing the obtained results a mathematical model of the surface of draped fabrics was obtained with coefficients which depend on their composition and structure.http://vestnik.vstu.by/files/6815/3604/0712/9_34.pdfdrapeability3d-scanninglinnen fabric
collection DOAJ
language Russian
format Article
sources DOAJ
author D. Ryklin
X. Tang
A. Grishaev
D. Piaskouski
spellingShingle D. Ryklin
X. Tang
A. Grishaev
D. Piaskouski
Development of Mathematical Model of Draped Fabric with Use of 3-D Scanning Data
Vestnik of Vitebsk State Technological University
drapeability
3d-scanning
linnen fabric
author_facet D. Ryklin
X. Tang
A. Grishaev
D. Piaskouski
author_sort D. Ryklin
title Development of Mathematical Model of Draped Fabric with Use of 3-D Scanning Data
title_short Development of Mathematical Model of Draped Fabric with Use of 3-D Scanning Data
title_full Development of Mathematical Model of Draped Fabric with Use of 3-D Scanning Data
title_fullStr Development of Mathematical Model of Draped Fabric with Use of 3-D Scanning Data
title_full_unstemmed Development of Mathematical Model of Draped Fabric with Use of 3-D Scanning Data
title_sort development of mathematical model of draped fabric with use of 3-d scanning data
publisher Витебский государственнный технологический университет
series Vestnik of Vitebsk State Technological University
issn 2079-7958
2306-1774
publishDate 2018-01-01
description The aim of the paper is to determine of possibility of draped fabrics mathematical model obtaining on the base of 3D-scanning results. The subject of the investigation was linen fabric treated by silicone softening agent. During the research this fabric was scanned with obtaining array of data for further statistical processing. Type of the mathematical model was selected for describing of draped fabric cross-section contour on the different distances from supporting disc with high precision. Summarizing the obtained results a mathematical model of the surface of draped fabrics was obtained with coefficients which depend on their composition and structure.
topic drapeability
3d-scanning
linnen fabric
url http://vestnik.vstu.by/files/6815/3604/0712/9_34.pdf
work_keys_str_mv AT dryklin developmentofmathematicalmodelofdrapedfabricwithuseof3dscanningdata
AT xtang developmentofmathematicalmodelofdrapedfabricwithuseof3dscanningdata
AT agrishaev developmentofmathematicalmodelofdrapedfabricwithuseof3dscanningdata
AT dpiaskouski developmentofmathematicalmodelofdrapedfabricwithuseof3dscanningdata
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