evaluationofmechanicalpropertiesofuniformfabricsingarmentmanufacturing-外文文献(编辑修改稿)

evaluationofmechanicalpropertiesofuniformfabricsingarmentmanufacturing-外文文献(编辑修改稿)内容摘要：

ple involvedclothing category (allyear round) 1, 5, 6, 9, 10clothing category (summer) 2, 3, 4, 7, 11clothing category (winter) 8, 10, 12186 . Chan et al. / Journal of Materials Processing Technology 174 (2020) 183–189Table Kawabata testing results (category I: outerwear clothing category (allyearround))Property 156910Warp Weft Mean Warp Weft Mean Warp Weft Mean Warp Weft Mean Warp Weft MeanTensileEM [%] LT [–] WT [gf cm/cm2] RT [%] BendB [gf cm2/cm] 2HB [gf cm/cm] ShearG [gf/cm degree] 2HG [gf/cm] 2HG5 [gf/cm] SurfaceMIU [–] MMD [–] SMD [H9262m] CompressionLC [–] WC [gf cm/cm2] RC [%] ThicknessT [mm] WeightW [mg/cm2] Table Kawabata testing results (category II: light clothing category (summer))Property 234711Warp Weft Mean Warp Weft Mean Warp Weft Mean Warp Weft Mean Warp Weft MeanTensileEM [%] LT [–] WT [gf cm/cm2] RT [%] BendB [gf cm2/cm] 2HB [gf cm/cm] ShearG [gf/cm degree] 2HG [gf/cm] 2HG5 [gf/cm] SurfaceMIU [–] MMD [–] SMD [H9262m] CompressionLC [–] WC [gf cm/cm2] RC [%] ThicknessT [mm] WeightW [mg/cm2] ProcessingTKaPropertyTBendShearSurfCompressionThicknessW12,wingsamplewithfvmancesimilarlyues.thecansileSamplestratedThiswhobetter.ingparametersising. Chan et al. / Journal of Materialsable wabata testing results (category III: outerwear clothing category (winter))8 10Warp Weft Mean WarpensileEM [%] LT [–] WT [gf cm/cm2] RT [%] B [gf cm2/cm] 2HB [gf cm/cm] G [gf/cm degree] 2HG [gf/cm] 2HG5 [gf/cm] aceMIU [–] MMD [–] SMD [H9262m] LC [–] WC [gf cm/cm2] RC [%] T [mm] eightW [mg/cm2] the polyester and cotton blended fabric for airline uniform,as found to be the greatest extensibility among all by exhibitan EM value as high as %, more than three times of7, the second rank, and eight times of sample 8, the oneleast extensibility. Apparently, it is the spandex fiber in theabric that contributes to this high extensibility.LT represents the linearity of the stress–strain curve. A higheralue of LT is supposed to be better. In this aspect, the perforof sample 8 is the best. All the other fabrics behavedas reflected by the slight difference in their LT valWT denotes the tensile energy per unit area, taking care ofeffect of both EM and LT. Thus, the conclusion about WTbe deduced from the parison of EM and LT. RT (tenresiliency) measures the recovery from tensile deformation.10, a wool fabric with a very pact structure, demonthe greatest ability of recovery from tensile deformation.finding agrees well with the conclusion of Behera et al. [1],reported that a tight fabric structure would contribute to arecovery.Bending propertyFabric bending property is apparently a function of the bendproperty of its constituent yarns. As indicated by Table 1,twocan be used to measure this property, B and 2HB. Bbending rigidity, a measure of a fabric’s ability to resist benddeformation. In other words, it reflects the difficulty withwhichparticularlyhigherwhenmanipulationrigiditywInvsampleallaTechnology 174 (2020) 183–189 18712Weft Mean Warp Weft Mean a fabric can be deformed by bending. This parameter iscritical in the tailoring of lightweight fabrics. Thethe bending rigidity, the higher a fabric’s ability to resistit is bent by external force like what happens during fabricin spreading and sewing. Except for the bendingof the constitute yarns and fibers, the mobility of thearp/weft within the fabric also es into play in this aspect.addition, the effect of density and fabric thickness are alsoery profound for this property. Thus, it was not strange to find10 was the hardest to be bent since it is the thickest amongwith a high density and posed of rigid coarse yarns. Forgeneral impression, the variation of the B value in the presentFig. 2. Generalized fabric load–extension curve [3].188 Processingstudy2HBmeasureofcrepeofrecoas.thetheertyinofsincedeDuringindispensableprothelereadilyIfoccurup,alsosleev4,G2HG5,otherthedeformation.abilityofev.assessingtofthepressed,foundCompressionalerallyo。