Shirt Fabrics Research Articles

Mixing in Weaving Process to Achieve the Best Physiological Comfort Properties for Summer Shirt Fabrics

Mixing in Weaving Process to Achieve the Best Physiological Comfort Properties for Summer Shirt Fabrics

Consumer Features of Shirt Fabrics

Technology should be used to produce shirts with cotton threads in the warp and modal threads in the weft, while also taking the local climate into consideration. High-quality shirt textiles are produced from cotton threads, yarns, and their combinations thanks to contemporary high-speed weaving equipment. F1 (designed fabric, summer version) has the following qualities, according to a comparison of fabric samples made using raw materials F0 (standard fabric) and F1. The absolute values of the breaking load are the same and meet standards. The greater the weaving of the fabric, the greater the elongation at the break. The reason for this is that modal fibers have a larger elongation at break than cotton fibers. The tissue sample F5 showed the maximum elongation at break, while the tissue sample F1 showed the least elongation at break value; the hygroscopicity of absolute values increased by 12% and complies with standards. Due to an increased tissue report, shirt fabric's hygroscopicity increases by 33% for F5 tissue samples; crease resistance absolute values also increase by 35% and meet norms. Because of a higher fabric report, shirt fabric's resistance to wrinkles is 15% lower for F5 fabric samples. Adding extra modal fibers to shirt fabric while maintaining the same final thread count results in a softer, more flexible fabric. The shirt fabric's loss of strength decreases with the amount of modal fibers increases. This is a result of modal fibers' exceptional resilience to light weather; criteria are met and absolute air permeability rises by 25%. Because of the enhanced fabric report, air permeability for developed fabric samples increases by 15% for F5 fabric samples; absolute drapability improves by 5% and satisfies requirements. Due to an increase in fabric report, drapability for F5 fabric samples in the generated fabric samples increases by 13%.

Classification and analysis of fabric types for shirts: A comparison between virtual and real fabrics

The 3D virtual simulation technology is widely applied in the fashion industry tasks, including product planning such as 3D sample work, design development, marketing, and display, enabling styling of virtual models for differentiation. Achieving a digital representation of fabrics that closely resembles actual materials requires additional information obtained through experiments, beyond basic fabric characteristics like fiber content, weight, and thickness. However, research reflecting changes in fabric properties is relatively lacking. Therefore, this study aims to propose criteria for the physical characteristics of shirt fabrics and compare fit variations of virtual garments based on fabric properties to enhance the usability of virtual garment simulation. Thus, we compared and analyzed the characteristics and draping properties of shirt fabrics using two different fabric testing methods, KES-FB and CLO Fabric Kit, and investigated correlations based on each measurement device. Additionally, virtual clothing was performed based on various fabrics to compare clothing suitability. Consequently, we classified fabrics into three clusters for each measurement method and confirmed the characteristics of each cluster. Furthermore, by visually comparing the fit of shirts based on fabric properties, we observed changes in clothing pressure and deformation rate among clusters. Therefore, we believe that the results of this study can assist designers with low proficiency in 3D virtual garment production when applying virtual materials to designs. These findings are expected to be valuable for utilizing 3D virtual clothing simulations in the fashion industry for online sales and marketing, as well as in the gaming industry for avatar costume design.

An experimental study of mechanical properties and comfortability of knitted imitation woven shirt fabrics

An experimental study of mechanical properties and comfortability of knitted imitation woven shirt fabrics

Expanding the range of production of cotton shirt fabrics with relief patterns

This article presents the design, filling calculation and parameters for production of shirt fabrics. The proposed design technique will allow to quickly determine the parameters of a new fabric threading and texture and, as a consequence, accelerate the technology of its production, expand the range of shirt fabrics, increase the competitiveness, increase the volume and sales market. The development of the range of competitive fabrics from domestic raw materials, based on an in-depth study of the texture and properties of fabrics using modern information technologies, is one of the urgent tasks facing the textile industry. Scientific developments in this area have shown that in each case, the issues of technology and design of fabrics require improvement, an individual approach to a scientifically grounded solution of issues in the field of creating fabrics with improved artistic and color design and quality.

EXPANDING THE RANGE OF PRODUCTION OF COTTON SHIRT FABRICS WITH RELIEF PATTERNS

This article presents the design, filling calculation and parameters for production of shirt fabrics. The proposed design technique will allow to quickly determine the parameters of a new fabric threading and texture and, as a consequence, accelerate the technology of its production, expand the range of shirt fabrics, increase the competitiveness, increase the volume and sales market. The development of the range of competitive fabrics from domestic raw materials, based on an in-depth study of the texture and properties of fabrics using modern information technologies, is one of the urgent tasks facing the textile industry. Scientific developments in this area have shown that in each case, the issues of technology and design of fabrics require improvement, an individual approach to a scientifically grounded solution of issues in the field of creating fabrics with improved artistic and color design and quality.

ANALYSIS OF SHIRT FABRICS FROM A MIXTURE OF LOCAL RAW MATERIALS

Nowadays, if the pole component is obtained due to the mixing of fibres in the technological process of spinning, the production of textiles that meet the high aesthetic and hygienic operational requirements and world demand has increased significantly. In the article, a comparative study of theoretical and experimental methods in the analysis of tissue structure and physical-mechanical properties, theoretical justification of the importance of thread parameters, research of ways to increase the hygienic properties of the tissue in the production of shirt fabrics, silk and the development of a new type of cotton thread tissue was comparatively analyzed.

Changes in the quality indicators of shirt fabrics with different fiber compositions

The quality of textile fabrics is evaluated by physical, mechanical, consumer and hygienic properties. The durability of a fabric is also characterized by its resistance to abrasion. In turn, this durability and breathability of the fabric depends on many important factors, such as the strength of the yarn, the type of fiber, the composition of the yarn and its linear density, the density and thickness of the fabric, the thickness of the fabric, and so on. The abrasion resistance and breathability of a fabric largely depend on its structural characteristics, i.e., the degree of bending and the density of the warp and purl threads. This degree of bending is determined by the area of ​​one or another part of the product and the purl thread. This area is the reference surface of the tissue. In this article, a comparison of the quality indicators of shirt fabrics with twill weave from 100% polyester fiber and 100% cotton shirt fabrics with twill weave, as well as changes in their properties of breathability, wrinkle resistance, abrasion resistance, was studied.

Effect of fiber composition on the physical and mechanical properties of shirt fabrics

This article shows ways to increase wear resistance and improve the quality of fabric by studying its structural parameters. To achieve this goal, research was carried out on the structure and physical and mechanical properties of fabrics, expanding the range and improving the quality of shirt fabrics. It is shown that the change in the quality of the fabric, i.e., strength and elongation at break, depends primarily on the number and density of fibers in the fabric, as well as on its thickness. Thus, the denser the fabric, the higher its strength, abrasion resistance and lower breathability. In addition, the fiber content of fabrics is of great importance, since the strength of some chemical fibers is higher than that of natural fibers, especially cotton fibers.

Optimization of Blend Ratio and Twist Multiplier for Polyester /Cotton Shirt Fabrics Part ii: Tensile Properties of Produced Fabrics.(Dept.T)

The study reported in this paper concerns the influence of both polyester ratio and twist multiplier of weft yarns on the fabric tensile properties, specially, specific work of rupture, extensibility and tear strength. Mathematical models describing these parameters in both the warp and weft directions are presented in a form that can be easily predicted. It was found that the optimum values of polyester percent and twist multiplier of the weft yarns for obtaining the highest possible fabric strength in warp direction were 67% and 3.45 αe while in the weft direction were 67% and 3.8 αe

Thermo-physiological comfort properties of various shirt fabrics treated with conventional and nano sized water-oil repellent and wrinkle resistant agents

The extreme temperatures and humidity are quite disturbing climatic conditions and clothing is the only protective material in these cases. During the interactions of the human body, clothing, and the environment, to maintain thermal equilibrium, thermo physiological comfort is crucially important. In general, the thermo physiological comfort features of a fabric include thermal conductivity, thermal flow, thermal absorbtivity, thermal resistance, thickness, water vapor permeability and air permeability. In this study, 21 different kinds of woven shirt fabrics produced from fibers in various blends have been treated with both classical and nano chemicals in four different concentrations to produce fabrics having different water-oil repellent and wrinkle resistant characteristics. The effects of the fiber type, treatment method, chemical type, and chemical concentration on the thermal, water vapor and air permeability properties of the fabrics treated with various finishing processes were investigated by statistical analysis. The results of thermal related properties, air permeability and water vapor permeability of the fabrics confirmed that using cotton, lyocell, and viscose shirt fabrics treated with transfer method could be advantageous, especially in hot climatic regions.

여대생의 국적에 따른 캐주얼 셔츠 소재의 주관적 감각과 촉감 선호도 비교

본 연구는 한국의 대학에 재학하고 있는 한국인 여대생과 중국인 여대생을 대상으로 캐주얼 셔츠 소재의 주관적인 감각과 선호도의 차이를 파악하고자 수행되었다. 춘추용 캐주얼 셔츠의 소재로 시판되는 소재 중에서 섬유조성이 상이한 7가지 종류의 흰색 셔츠 직물을 선정하였다. 캐주얼 셔츠 소재에 대한 주관적 감각 및 촉감 선호도의 평가자는 한국인 여대생과 중국인 여대생으로 40명이었다. 참가자들은 7종 소재를 관찰하고 나서 주관적인 감각과 촉감 선호도에 대한 평가를 설문지를 사용하여 작성하였다. 캐주얼 셔츠 소재의 주관적 감각을 요인분석한 결과, 평활감, 경량감, 유연감, 신축감의 4개 요인으로 분류되었다. 주관적 감각 요인은 소재의 섬유조성별 국적에 따라 부분적으로 유의한 차이를 보였다. 한국인 여대생은 중국인 여대생 보다 면 100% 소재를 더 가볍다고 평가하였고, 폴리에스터 50%/모달 50% 소재와 P100 소재를 더 신축성이 있다고 평가하였으나, 중국인 여대생은 폴리에스터 50%/면 45%/스판덱스 5% 소재를 더 가볍다고 평가하였다. 캐주얼 셔츠 소재의 섬유조성별 촉감 선호도는 국적에 따라 유의한 차이를 보였다. 한국인 여대생은 중국인 여대생에 비해 면 80%/폴리에스터 20% 소재, 폴리에스터 50%/면 45%/스판덱스 5% 소재, 아마 100% 소재를 더 선호하였다. 한편, 캐주얼 셔츠 소재의 주관적 감각 요인이 촉감 선호도에 미치는 영향은 국적에 따른 차이를 보였다. 한국 여대생의 경우, 평활감과 유연감이 캐주얼 셔츠 소재의 촉감 선호도에 긍정적 영향을 미치는 반면, 중국인 여대생은 평활감, 유연감, 신축감이 촉감 선호도에 긍정적 영향을 미치는 것을 알 수 있었다. 이처럼 캐주얼 셔츠 소재에 대한 주관적 감각 및 촉감 선호도는 한국인 여대생과 중국인 여대생간의 차이를 보였다. 따라서 여대생을 대상으로 캐주얼 셔츠 소재 기획시 이러한 감성의 차이를 반영하는 것이 필요하다.

Research on the Finishing of Wearing characteristics of Organic Cotton Men’s Shirt Fabric

In order to improve the wearing characters of organic cotton men’s shirt fabrics and explore the effective finishing path, this article combining with the strength reagent 501, explored the differences of the wearing characters of 20S organic cotton men’s shirt fabric after different dipping times and drying temperature, used the fuzzy comprehensive evaluation analysis method to evaluate the wearing characters comprehensively, and formulated three finishing technical path to improve the wearing characteristics of organic cotton men’s shirt fabric according the comprehensive evaluation result. The process provides a reference about development of organic cotton products for the enterprise in future and study of organic cotton for the experts and scholars.

Investigation of interactions between fabric performance, sewing process parameters and seam pucker of shirt fabric

Seam pucker is a common problem in sewing. It not only affects the appearance of product, but also affects product performance. The purpose of this study is to quantify the complex dynamic interactions between fabric performance, sewing process parameters and seam pucker. In order to solve the problem of shirt seam pucker, this study selected four kinds of shirt fabrics, three kinds of polyester sewing threads, three kinds of stitch density and four kinds of seam types for experiments. Through unitary regression analysis, the subjective and objective evaluation results are consistent. Further analysis the results of objective experiment revealed that fabric performances, seams type, sewing thread and stitch densities all have impact on seam pucker. Meanwhile also find out the sewing process parameters for the four fabrics when the seam shrinkage’s were smallest, so it’s helpful for the apparel enterprises to improve seam quality. Multiple linear regression analysis of experimental results show that fabric performances has the greatest influence on seam pucker, thickness, weight and warp density of fabric properties significantly affect seam pucker. And as the breaking elongation of sewing thread increases, seam pucker also increases. Stitch densities and seam type has the least affected on seam pucker, they affect the seam pucker by changing the extension of stitch and thickness of fabric at the seam, respectively. Seam type has greater impact on fabrics that are prone to seam pucker, seam type T1 get larger seam shrinkage than T4. Finally, the complex dynamic interactions was quantified and expressed through mathematical models.

A shortened development process method for warp-knitted yarn-dyed shirt fabric

At present, warp-knitted yarn-dyed shirt fabric has become the research focus due to its comfort and highly efficient production. In order to shorten the development process of warp-knitted yarn-dyed shirt fabric, a computing method including theoretical modeling and simulation is proposed in this paper to simulate 2–5 guide bar warp-knitted yarn-dyed shirt fabric. Based on the structure model of warp-knitted fabric, a new model of geometric shape, including loops and underlap, is built according to size measurement results of the loops. In terms of the establishment of mathematical models, such as models of yarn-pressing, loop types, loop locations, guide bar threading, color and fineness, the transformation between knitting technology and mathematical language is realized. With the double buffer technique of HTML (Hypertext Markup Language), loops and underlaps of each bar are displayed separately on different canvases superposed in some order. Simulation is implemented for 2–5 bar warp-knitted yarn-dyed shirt fabric via JavaScript and C# programming languages. The results indicate that this method is able to simulate diverse 2–5 bar warp-knitted yarn-dyed shirt fabrics in a short time. The pattern effect can be seen with a high similarity and practicability before it is produced, thereby shortening the development.

Characterization of Insect Stains Deposited by Calliphora vicina (Diptera: Calliphoridae) on Shirt Fabrics.

Despite the fact that necrophagous flies are known to alter bloodstains and create unique artifacts, no research has occurred to date that has examined the characteristics of insect stains on textiles or fabrics. This study represents the first effort to characterize artifacts produced by adult Calliphora vicina Robineau-Desvoidy deposited on a range of shirt fabrics that varied in type, color, orientation, and yarn tension. In general, artifact morphology on any type of fabric was distorted in comparison to those observed on smooth and/or nonporous surfaces in previous studies. Consequently, distinction of artifact type could only be made broadly as digestive artifacts and transfer patterns, in which the latter was predominantly detected as tarsal tracks. None of the artifacts displayed satellite stains typical of human bloodstains found on textiles. Wicking was evident on all fabrics but was most pronounced with dri wick and jersey knit polyester in comparison to cotton knit. Digestive artifacts on any colored fabric, but especially with green and yellow shirt samples, resembled the reported color, size, and morphology of bloodstains generated in laboratory studies on a range of fabrics. Unique digestive artifacts were also detected as small, black, and nearly spherical. These defecatory stains did not appear to wet or wick into any of the fabrics. Digestive artifacts and tarsal tracks differentially interacted with front face stitch loops of clothing fabrics to yield distinct stain patterns. The implications of these observations in reference to bloodstain pattern analysis at crime scenes are discussed.

The plastic values of Wassily Kandinsky and their impact on the design of printed men's shirt

The purpose of this research is to study the effect of Kandinsky's plastic values and their impact on the design of the printed men's shirt as an important piece of clothing for men and printing them in digital printing (inkjet) as one of the modern printing methods used in textile printing.An analytical study of Kandinsky's work was conducted to identify the plastic values and formal elements such as point, line and texture, and the plastic relations (rhythm and equilibrium) and the benefit of them making designs suitable for men's printed shirt.The problem:-The search problem can be identified in the following question:How can we inspire printed designs for a single piece of men's shirt inspired by the plastic values of Kandinsky's work which fit the technical and technical development of the 21st century?Objectives:- 1. Highlighting the printed men's shirt. 2.Learning about the effect of modern art, especially abstract art, on the design of one piece of men's printed shirt in digital printing. 3.Attempting to produce design ideas that are suitable for the designs of a single piece using the computer and printing them in an ink jet way to be used as a print product. 4. Production of specific print designs on the parts of the patron to suit the production of one piece of men's shirt fabrics, which opens up new horizons for quantitative printed design.Methodology :-The research follows the descriptive and analytical descriptive method through: * Descriptive analytical approach: - descriptive analysis study of the technical analysis of the samples of the works of art Kandinsky as well as studying design trends of men's shirts. * Experimental Method: - In the implementation of print designs, designed on the parts patron men's shirt to suit the production of one piece.Results: - 1. Finding creative solutions with new insights inspired by the plastic values of Kandinsky's work in line with the one-piece designs of the printed shirt. 2. The ability to produce specific print designs on patrons of the men's shirts printed in proportion to the production of one piece, which opens up new horizons for design.3. The possibility of producing design ideas suitable for the quality and quantity of designs of one piece using the computer and printing in the form of inkjet and using it for men's shirt fabrics.

Determination of tactile properties of shirt fabrics by sensory analysis and physical tests and evaluation of the relation between these two methods

Determination of tactile properties of shirt fabrics by sensory analysis and physical tests and evaluation of the relation between these two methods

Determination of the effect of fabric properties on the coupled heat and moisture transport of underwear–shirt fabric combinations

In this study, the heat transfer and moisture management properties of fabric combinations for office wear consisting of underwear and shirt fabrics, including three different fiber types and three kinds of weave types, were investigated. A sweating torso methodology was applied in order to characterize fabric combinations in terms of thermophysiological comfort for office occupants. This study showed that the cooling effect due to perspiration, accumulated moisture, and drying time of the combinations with cotton underwear were unaffected by both weave type and fiber type of shirt layer. However, initial cooling and drying time values of the combinations with underwear consisting of hydrophobic fibers were affected statistically significant by the fiber of the shirt layer. The percentage of moisture accumulation in the fabric layers was directly related to the fiber type of the underwear fabrics. Based on an extended data analysis, it was concluded that the combination of polyester underwear and cotton polyester twill shirt fabrics was the most recommendable of all the combinations used in this study with regard to the thermophysiological comfort of office occupants.

A study on the application prospect of functional shirt fabrics in the uniform industry

This paper analyses the value of functional shirt fabrics in the application of uniform industry. Through the functional research of the professional wear shirt fabric, we analyzed the industry needs and demands strength, and on the basis of the analysis above, we combed the industry forefront research, and then we put forward two development directions of functional shirt fabrics to provide some suggestions for the development of uniform shirt fabric.