2007
DOI: 10.1108/09556220710741669
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Garment abrasion strength evaluation: a comparative methods study

Abstract: Purpose -The breaking strength compromises fabric wearing out during wear of garments and is a determining parameter in their useful life. Thus, it is intended to compare the efficacy of each method concerning the understanding of results, which is, the explanation of the phenomenon, namely through statistical models which characterize abrasion strength, measured by each method, as a function of fabric assurance by simple testing (FAST) parameters. Design/methodology/approach -The simulation of abrasion mechan… Show more

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Cited by 10 publications
(10 citation statements)
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“…Stress develops along the fiber from the force acting transverse to fiber axis as a result of surface friction; the magnitude of surface friction developed is directly related to the harshness of standard worsted fabric abradant (Abdullah, Blackburn, Russell, & Taylor, 2006;Backer, 1951;Mc Nally & Mc Cord, 1960). At the beginning of abrasion, fabric starts to suffer a surface appearance change resulting from alteration of pile distribution and from fiber end cuts (Miguel, Lucas, Carvalho, Silva, & Manich, 2007). As expected, abrasion first modifies the fabric surface and then affects the internal structure of fabric damaging it (Manich, De Castellar, & Sauri, 2001).…”
Section: Introductionmentioning
confidence: 97%
“…Stress develops along the fiber from the force acting transverse to fiber axis as a result of surface friction; the magnitude of surface friction developed is directly related to the harshness of standard worsted fabric abradant (Abdullah, Blackburn, Russell, & Taylor, 2006;Backer, 1951;Mc Nally & Mc Cord, 1960). At the beginning of abrasion, fabric starts to suffer a surface appearance change resulting from alteration of pile distribution and from fiber end cuts (Miguel, Lucas, Carvalho, Silva, & Manich, 2007). As expected, abrasion first modifies the fabric surface and then affects the internal structure of fabric damaging it (Manich, De Castellar, & Sauri, 2001).…”
Section: Introductionmentioning
confidence: 97%
“…Testing methodology for abrasion resistance mimics the general wear of a garment with regards to friction and pressure during use. Abrasion testing includes the weight loss method and the two yarns breakage method [36]. The amount of pressure used on the testing material depends on the end use for such materials; 9kPa is used for apparel testing and 12kPa for upholstery, as per ASTM 4966.…”
Section: Literature Reviewmentioning
confidence: 99%
“…At the beginning of abrasion, fabric starts to suffer a surface appearance change resulting from the alteration of pile distribution and from fiber end cuts [15]. As expected, abrasion first modifies the fabric surface and then affects the internal structure of the fabric, damaging it [16].…”
mentioning
confidence: 96%