ORCID "0000-0001-8141-5627" Araştırma Çıktıları | TR-Dizin | WoS | Scopus | PubMed için listeleme
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Comparison of the Physical and Handle Properties of the Fabrics Produced from Wool and Mohair
Gürkan Ünal, Pelin; Üçgül, Hikmet (Taylor & Francis Inc, 2021)In this study, the differences of the fabric properties produced from wool and mohair fibers were investigated. By using 100% wool yarns and 100% mohair yarns separately in warp direction and the same yarns in the weft ... -
Determination of the Most Commonly Recognized and Used Keratin Based Luxury Fibers
Atav, Rıza; Gürkan Ünal, Pelin; Mulayim, Beyza Buzol; Öztürk, Sener; Kazan, Canan; Karaaslan, Fatih (Taylor & Francis Inc, 2015)There is a group of animal fibers known as luxury fibers. These are mohair, cashmere, camel hair, lama, alpaca, vicuna, guanaco, angora, yak, and quivit. In this study, the effects of demographical variables such as gender, ... -
The effect of core-sheath proportion on the characteristics of fabrics produced with hollow yarns: part II comfort and mechanical properties
Aytaç, İlkem; Gürkan Ünal, Pelin (Taylor & Francis Ltd, 2018)The study aims to investigate the effect of hollow yarn structure and the sheath-core proportion of hollow yarns on the permeability properties of the knitted fabrics. In order to accomplish this, core yarns in the yarn ... -
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 ... -
The Effect of Dyeing and Mohair/Wool Blend Ratio on Fabric Physical Properties
Gürkan Ünal, Pelin; Atav, Rıza (Taylor & Francis Inc, 2020)In this study, dyeing effects on the physical properties of blended fabrics containing different ratios of wool and mohair fibers were investigated in detail. Six types of fabrics were produced by using 100% wool yarns and ... -
The effect of using alpaca and silk instead of wool in weft yarns on the woollen fabric properties
Gürkan Ünal, Pelin; Atav, Rıza; İlarslan, Sezin; Berkhan Kastacı, Bilge (Taylor & Francis Inc, 2019)In this study, the effect of using silk or alpaca weft yarns on fabric properties and dyeing behavior in the production of woollen woven fabrics was investigated. Therefore, three different fabric types with two different ... -
Investigation of the Quality Characteristics of Wool Obtained from Karacabey Merino Sheep Grown in Thrace Region-Turkey
Atav, Rıza; Gürkan Ünal, Pelin; Soysal, Mehmet İhsan (Taylor & Francis Inc, 2020)In this study 34 heads of Karacabey Merino sheep wools raised in various farms located around Tekirdag province, Turkey were investigated. Physical wool properties such as fiber fineness, length, strength, elongation, and ... -
Mechanical properties of double-layered woven fabrics used in car seat upholstery
Avcu, Ozgur; Gürkan Ünal, Pelin (Taylor & Francis Ltd, 2018)The objective of this study is to examine mechanical performance of double-layered woven fabrics used in car seat upholstery. For this purpose, 450 denier polyester yarns were supplied to produce double-layered woven ... -
Predicting properties of single jersey fabrics using regression and artificial neural network models
Gürkan Ünal, Pelin; Üreyen, Mustafa Erdem; Mecit, Diren (Korean Fiber Soc, 2012)In our previous works, we had predicted cotton ring yarn properties from the fiber properties successfully by regression and ANN models. In this study both regression and artificial neural network has been applied for the ... -
Prediction of Various Functional Finishing Treatments Using Artificial Neural Networks
Namlıgöz, Eylen Sema; Çoban, Süleyman; Gürkan Ünal, Pelin (Korean Fiber Soc, 2011)In this study, in order to produce different water-oil repellent and wrinkle resistant fabrics, 21 different kinds of blended woven fabrics were treated (padded and transfered) with both classic and nano chemicals according ...