Determination of the Most Convenient Polyester Thread Supplier in Upholstery Velvet Production by Multi Criteria Decision Making Methods: A Case from Turkey

IF 0.3 4区 工程技术 Q4 MATERIALS SCIENCE, TEXTILES Journal of Fiber Science and Technology Pub Date : 2022-01-01 DOI:10.2115/fiberst.2022-0012
Arslan Hakan Murat, Serhat Ata, Hakan Tahiri Mutlu
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Abstract

Upholstery fabrics are widely used in automotive sector particular in interior decoration of automobiles and furniture industries by the virtue of these features. It might be used many types of natural and chemical-based fibers in l ine with desired performance characteristics and usage areas of fabrics. Abrasion features of fabrics depend overwhelmingly on construction, types, texturization, and filament fineness of thread, but most importantly among these, it depends on type of fibers [1]. Velvet fabrics have always been indispensable for home textile fashion [2]. Having a durable and strong structure has ensured that velvet fabrics always maintain their place as a trend among upholstery fabrics. Upholstery, drapery and decorative velvet fabrics, which are produced with the aim of combining elegance and comfort with a substantial variety of colors and patterns in luxury velvet, can be classified as follows: plain, jacquard, printed, dyed yarn, brocade, and pleat and emboss velvet fabrics [3]. When the relevant literature regarding upholstery velvet is examined, it has been seen that there is no scientific study on the supply of upholstery velvet and its production equipment. By this aspect, the study is expected to fill an important gap in the literature. By means of originality of the study, the fact that it is the first study to determine the most convenient polyester thread brand in the manufacturing of upholstery velvet by two different multi criteria decision making (MCDM) methods gives rise to thought uniqueness of the research problem. In the study, two popular MCDM methods Abstract: Upholstery velvet manufacturers choose polyester thread types to get optimum profit by using scientific methods. The matter of determining the most convenient polyester thread supplier might be considered as a decision problem. In this study, the issue of determining the most suitable polyester thread supplier of upholstery velvet manufacturer was analyzed by MACBETH-PROMETHEE Hybrid method. Authorities of relevant businesses were chosen as decision makers. Criteria and alternatives were determined by reviewing literature regarding decision makers. The weights of criteria were evaluated by MACBETH method, however, the priority order of alternatives were evaluated separately both MACBETH and PROMETHEE methods. The fit of analyses practiced by two separate multi criteria decision making methods was tested by Spearman Rank Correlation Analysis. As a result of analyses conducted hybrid method, types of brands and threads were determined. The most basic raw material requirement of enterprises that are upholstery velvet producers is polyester thread. If thread is procured using the model of the study, polyester thread will be purchased at both the most affordable price and the desired quality. Findings were shared with authorities of relevant business. (Received 7 March, 2022; Accepted 11 April, 2022)
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用多标准决策方法确定室内装饰天鹅绒生产中最方便的涤纶线供应商——以土耳其为例
由于这些特点,室内装饰面料被广泛应用于汽车行业,特别是汽车和家具行业的内部装饰。根据织物所需的性能特点和使用领域,可以使用多种天然纤维和化学纤维。织物的耐磨性很大程度上取决于织物的结构、种类、织构和纱线的细度,但其中最重要的是取决于纤维的种类。丝绒面料一直是家纺时尚界不可或缺的一部分。具有耐用和坚固的结构,确保了天鹅绒面料始终保持其在室内装饰面料中的地位。室内装饰、帷幔和装饰用天鹅绒面料,其生产的目的是将优雅和舒适与各种颜色和图案的豪华天鹅绒结合起来,可分为以下几种:素色、提花、印花、染色纱、织锦、褶皱和浮雕天鹅绒面料[3]。在查阅有关室内装饰天鹅绒的相关文献时,发现没有对室内装饰天鹅绒的供应及其生产设备进行科学的研究。在这方面,本研究有望填补文献的重要空白。本研究的独创性在于,首次采用两种不同的多准则决策(MCDM)方法确定室内装饰丝绒生产中最方便的涤纶线品牌,使研究问题具有思想上的独特性。摘要:室内装饰丝绒生产企业采用科学的方法选择涤纶丝线类型,以获得最优利润。确定最方便的涤纶线供应商的问题可以看作是一个决策问题。本文采用MACBETH-PROMETHEE混合方法,对室内天鹅绒生产企业中涤纶线供应商的选择问题进行了分析。相关行业的权威机构被选为决策者。通过回顾有关决策者的文献来确定标准和备选方案。采用麦克白法评价各指标的权重,而采用PROMETHEE法和麦克白法分别评价各方案的优先级。采用Spearman秩相关分析检验了两种独立的多准则决策方法的拟合性。采用混合方法进行分析,确定了牌号和螺纹的类型。家装丝绒生产企业最基本的原料要求是涤纶线。如果使用本研究的模型购买线,涤纶线将以最实惠的价格和所需的质量购买。调查结果已与相关业务当局分享。(2022年3月7日收稿;接受日期:2022年4月11日)
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来源期刊
Journal of Fiber Science and Technology
Journal of Fiber Science and Technology Materials Science-Materials Science (miscellaneous)
CiteScore
0.50
自引率
0.00%
发文量
17
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