GÜNAYDIN KARAKAN GIZEM, ÇEVEN ERHAN KENAN Studiu privind proprietățile de rezistență la întindere și proprietățile de abraziune ale țesăturilor din fire de poliester de tip convențional și ignifuge 407-414 SI CHEN, XIAo-qING WANG Caracterizarea proprietăților de impact și postimpact (CAI) ale compozitelor cu structură 3D 415-420 PoLoNA DoBNIK DUBRoVSKI, ABHIJIT MAJUMDAR Efectele porozității deschise și ale parametrilor de construcție asupra factorului de protecție la ultraviolete al țesăturilor 421-426 DENIZ oZDEN, GULDEMET BASAL Filtru HEPA acoperit cu nanofibră de poliamidă 6/chitosan pentru controlul bioaerosolului 427-434 ABDUL WAqAR RAJPUT, USMAN ALI, AMIR ABBAS, RANA AMJAD, SIDRA SALEEMI Efectul densității lineare a semitortului asupra parametrilor de calitate ai firelor de bumbac 16 Nec 435-438 IULIANA IAŞNICU (STAMATE), GHEoRGHIŢA ToMESCU, oVIDIU VASILE, VIVIANA FILIP, SIMoNA MIHAI Analiza influenței utilizării materialelor textile recuperate asupra proprietăților acustice ale materialelor compozite 439-445 NESMA SAoUSSEN ACHoUR, MoHAMED HAMDAoUI, SASSI BEN NASRALLAH Efectul parametrilor de evaporare şi tricotare asupra comportamentului de permeabilitate: abordări experimentale și analitice 446-450 MARİJA SAVIC, DUSAN TRAJKoVIC, JoVAN STEPANoVIC, PETAR SToJANoVIC, MİRJANA KoSTIC, DİVNA MAJSToRoVIC Influenţa temperaturii şi vitezei de texturare asupra caracteristicilor fizico-mecanice ale firelor de poliamidă texturate prin procedeul de falsă torsiune 451-457 AKCAGUN ENGIN, ÖZ CEVIZ NURAY, YILMAZ ABDURRAHIM, MAZARI ADNAN Investıgarea proprıetăţılor de confort termıc ale jachetelor bărbăteştı dın materıale mono-şı multıstrat 458-463 LAURENŢIU-CHRISTIAN DINCĂ, HoRTENSIA-CLARA RĂDULESCU, DIoNEZIE BoJIN, EMILIA VISILEANU, ALINA PoPESCU, CARMEN-PYERINA GHIȚULEASA Analize statistice dimensionale comparative, prin SEM, între nanotratamentele de Cuo nemetalizate şi metalizate cu aur, de pe substraturi textile 464-469 ADRIAN SALISTEAN, DANIELA FARIMA, MIHAI CIoCoIU, CoNSTANTIN NITE optimizări ale proiectării parașutei de tip ram-air 470-473 HUA YUAN, JUNJIE ZHANG, YUN ZHANG, YAN HoNG, HoNGZHoNG ZHAo Efectele externalităților de aglomerare asupra productivității totale: exemple din industria textilă din China 474-480 Editatã în 6 nr./an, indexatã ºi recenzatã în:
Drapery fabrics are textile products utilized for home and decorative textiles. Recently there have been new functional requirements for the drapery fabrics such as flame retardancy, antimicrobial efficiency, UV protection, etc. This study has been conducted to investigate the effect of weft yarn type and weft density on drapery fabrics' burning behaviour, tearing strength and air permeability properties. "A special inherently flame-retardant yarn" was used as the warp and weft yarns of the woven drapery fabrics while "a special inherently and antibacterial yarn" was also used as the weft yarn in some of the sample groups. Two main fabric groups each consisting of 12 woven drapery samples with different weft yarns and weft densities were separately evaluated among themselves by using SPSS Statistical software package and bar graphs. Burning behaviours of the samples in terms of damage length and damage width with the ignition source were satisfying both for the drapery samples with the special inherently flame-retardant weft yarn as well as those with the special inherently flame retardant and antibacterial yarn weft yarns. In other words, usage of inherently flame retardant and antibacterial yarn as the weft yarns did not contribute negatively on the flame retardancy of drapery fabrics. The results of two-way ANOVA test indicated that weft yarn type was a significant factor for tearing strength in warp and weft wise while weft density and the interaction of weft yarn type and weft density factors were non-significant factors on tear strength values in warp and weft wises at significance level of 0.05. Additionally, correlation analyses revealed that weft yarn tenacity values were highly correlated with the drapery fabrics' weft tearing strength values. Moreover, weft yarn type, weft density and their interaction were influential factors on air permeability of the drapery fabrics at significance level of 0.05.
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