Yazar "Kanat, Zehra Evrim" için listeleme
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Application of artificial neural network (ANN) for the prediction of thermal resistance of knitted fabrics at different moisture content
Kanat, Zehra Evrim; Özdil, Nilgün (Taylor & Francis Ltd, 2018)Thermal resistance of the fabrics is one of the decisive parameters in terms of comfort; however it can change due to wetting. Therefore, thermal resistance of wetted fabric is important for comfort performance of garments. ... -
The Effect of Different Connections in Double Layered Woven Fabrics on Comfort Properties
Gürkan Ünal, Pelin; Özçelik Kayseri, Gonca; Kanat, Zehra Evrim (Korean Fiber Soc, 2012)With the increasing demand of fabrics for special usage areas, more complex woven structures are designed and from the structural point of view, especially the parameters which affect the comfort properties become more ... -
Investigation of the usage possibility of copper cyclohexane monocarboxylate (copper naphthenate) as a textile dye
Yıldız, Aylin; Atav, Rıza; Öztaş, Merve; Ağırgan, Ahmet Özgür; Kanat, Zehra Evrim (Inst Natl Cercetare-Dezvoltare Textile Pielarie-Bucuresti, 2012)In this study, usage possibility of naphthenates, which is known as saturated hydrocarbons present in the chemical composition of grease obtained from the handling of petrol, as a dye in textile industry was investigated. ... -
Nano partiküllü su iticilik maddeleriyle işlem görmüş pamuk ve polyester dokuma kumaşların karşılaştırılması
Akademik ve endüstriyel olarak, nanometre ölçeğinde üretim miktarında bir artış görülmektedir. Ayrıca günlük hayatta ve malzeme teknolojilerindeki ileri uygulamaların kullanım taleplerinde de büyüme söz konusu olmaktadır. ... -
Prediction of Thermal Resistance of the Knitted Fabrics in Wet State By Using Multiple Regression Analysis
Kanat, Zehra Evrim; Özdil, Nilgün; Marmarali, Arzu (Ege Univ, 2014)Thermal properties of fabric depend on fabric construction parameters such as fiber and yarn type, fabric thickness etc. and also moisture content present. As the moisture content of the fabrics increase thermal properties ...