FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1507660478> ?p ?o ?g. }

• W1507660478 abstract "In the textile field, fabric surface properties influence the tactile feel, the visual aspect and some mechanical properties. They are strongly linked to manufacturing process, particularly to surface processes. Therefore the study of these fabric surface properties proves of importance. More precisely, the tactile feel is one of the most important garment selling points since one of the first consumer actions is to touch the fabric. Thanks to objective tactile parameters, the manufacturer can design and produce fabrics which please the consumers while respecting functionality of cloth. Moreover, for standard woven or knitted structures or low grammage nonwovens, the surface state can give some information about tensile properties or strain during tensile stress. In order to characterize surface contact devices, such as tribometers1, are often used. They provide some information about friction behaviour, roughness of the surface or some other criteria more or less complex. This type of devices is often designed and used for hard materials. Concerning textile surfaces, because of their softness, these methods can have an influence on measurements in so far as superficial hairiness and even intrinsic structure may be modified. Both of these structural characteristics, hairiness and texture, are predominant in the tactile feel of textile surfaces. Complementary to tribological methods widely used but whose precision may be insufficient, non-contact methods have been developed in order to characterise fabric surface state. These methods are mainly based on optical principles and have been getting a growing interest. In this chapter we will present our contributions to the non-contact characterization of textile surfaces, firstly through the characterization of the state of surface (intrinsic structure and hairiness) and then through the evaluation of some mechanical properties of textile fabrics (strain and tensile properties). Implementations resulting in various apparatuses and some results are given in order to illustrate our purpose." @default.
• W1507660478 created "2016-06-24" @default.
• W1507660478 creator A5005898414 @default.
• W1507660478 creator A5016130791 @default.
• W1507660478 creator A5033119344 @default.
• W1507660478 date "2011-09-26" @default.
• W1507660478 modified "2023-09-27" @default.
• W1507660478 title "Optoelectronic Techniques for Surface Characterization of Fabrics" @default.
• W1507660478 cites W1483577244 @default.
• W1507660478 cites W1549508205 @default.
• W1507660478 cites W1656298425 @default.
• W1507660478 cites W192007749 @default.
• W1507660478 cites W1970908431 @default.
• W1507660478 cites W1982073091 @default.
• W1507660478 cites W1982928045 @default.
• W1507660478 cites W1986600619 @default.
• W1507660478 cites W1992117926 @default.
• W1507660478 cites W1993853434 @default.
• W1507660478 cites W1993954744 @default.
• W1507660478 cites W1996285514 @default.
• W1507660478 cites W1999655988 @default.
• W1507660478 cites W1999994762 @default.
• W1507660478 cites W2000288423 @default.
• W1507660478 cites W2003568133 @default.
• W1507660478 cites W2005591643 @default.
• W1507660478 cites W2010697842 @default.
• W1507660478 cites W2028284952 @default.
• W1507660478 cites W2033797744 @default.
• W1507660478 cites W2035632210 @default.
• W1507660478 cites W2039517384 @default.
• W1507660478 cites W2044999192 @default.
• W1507660478 cites W2049948684 @default.
• W1507660478 cites W2052263360 @default.
• W1507660478 cites W2054278237 @default.
• W1507660478 cites W2058085303 @default.
• W1507660478 cites W2062202806 @default.
• W1507660478 cites W2071675836 @default.
• W1507660478 cites W2074367912 @default.
• W1507660478 cites W2079378916 @default.
• W1507660478 cites W2080760693 @default.
• W1507660478 cites W2090421651 @default.
• W1507660478 cites W2096545371 @default.
• W1507660478 cites W2106059527 @default.
• W1507660478 cites W2109569209 @default.
• W1507660478 cites W2110117548 @default.
• W1507660478 cites W2117312310 @default.
• W1507660478 cites W2119090178 @default.
• W1507660478 cites W2130037961 @default.
• W1507660478 cites W2164053165 @default.
• W1507660478 cites W2171363788 @default.
• W1507660478 cites W2171421960 @default.
• W1507660478 cites W2521149597 @default.
• W1507660478 cites W2741819337 @default.
• W1507660478 cites W1561433623 @default.
• W1507660478 cites W2249406222 @default.
• W1507660478 cites W2408722725 @default.
• W1507660478 cites W3142479941 @default.
• W1507660478 cites W82376004 @default.
• W1507660478 doi "https://doi.org/10.5772/20827" @default.
• W1507660478 hasPublicationYear "2011" @default.
• W1507660478 type Work @default.
• W1507660478 sameAs 1507660478 @default.
• W1507660478 citedByCount "0" @default.
• W1507660478 crossrefType "book-chapter" @default.
• W1507660478 hasAuthorship W1507660478A5005898414 @default.
• W1507660478 hasAuthorship W1507660478A5016130791 @default.
• W1507660478 hasAuthorship W1507660478A5033119344 @default.
• W1507660478 hasBestOaLocation W15076604781 @default.
• W1507660478 hasConcept C171250308 @default.
• W1507660478 hasConcept C192562407 @default.
• W1507660478 hasConcept C2524010 @default.
• W1507660478 hasConcept C2776799497 @default.
• W1507660478 hasConcept C2780841128 @default.
• W1507660478 hasConcept C33923547 @default.
• W1507660478 hasConcept C49040817 @default.
• W1507660478 hasConceptScore W1507660478C171250308 @default.
• W1507660478 hasConceptScore W1507660478C192562407 @default.
• W1507660478 hasConceptScore W1507660478C2524010 @default.
• W1507660478 hasConceptScore W1507660478C2776799497 @default.
• W1507660478 hasConceptScore W1507660478C2780841128 @default.
• W1507660478 hasConceptScore W1507660478C33923547 @default.
• W1507660478 hasConceptScore W1507660478C49040817 @default.
• W1507660478 hasLocation W15076604781 @default.
• W1507660478 hasLocation W15076604782 @default.
• W1507660478 hasOpenAccess W1507660478 @default.
• W1507660478 hasPrimaryLocation W15076604781 @default.
• W1507660478 hasRelatedWork W2050045653 @default.
• W1507660478 hasRelatedWork W2078639873 @default.
• W1507660478 hasRelatedWork W2158706874 @default.
• W1507660478 hasRelatedWork W2352592110 @default.
• W1507660478 hasRelatedWork W2617599841 @default.
• W1507660478 hasRelatedWork W2737498735 @default.
• W1507660478 hasRelatedWork W3085622580 @default.
• W1507660478 hasRelatedWork W4243387708 @default.
• W1507660478 hasRelatedWork W4247476793 @default.
• W1507660478 hasRelatedWork W4249938786 @default.
• W1507660478 isParatext "false" @default.
• W1507660478 isRetracted "false" @default.
• W1507660478 magId "1507660478" @default.
• W1507660478 workType "book-chapter" @default.