Abstract:Carbon fiber composite materials are widely used due to their advantages such as light weight,high strength,fatigue resistance,and corrosion resistance.In this article,the preparation process,application status,research and development trends of carbon fiber composite materials were analyzed and summarized,and the need for research in high-performance carbon fiber development,composite material application expansion,and recycling were proposed.

Abstract:Taking the Song Dynasty women's Hanfu as the object of research in this article.By analyzing the styles,colors and traditional patterns of Song Dynasty women's Hanfu,an in-depth ex-ploration of Hanfu culture was conducted.Additionally,combining the characteristics of modern clothing,the elements of Song Dynasty Hanfu were innovatively integrated into the clothing of mod-ern young women,providing possible ideas for the innovative design of modern women's Hanfu.

Abstract:In this paper,weaving fabrics,knitted fabrics,and towel products were taken as test objects,and the reasons for the differences between the test results of the old and new standards were compared and analyzed in detail from four aspects:water absorption rate,drip diffusion time,wicking height,and drying rate,aiming to provide an effective theoretical and operational basis for suppliers to select testing standards and the actual operation of testing personnel.

Abstract:As a classic cotton twill fabric,denim fabric is widely loved because of its wear-resist-ant and strong characteristics.As time goes by,jeans have undergone many innovations and improve-ments.With the advancement of technology and the improvement of people's environmental aware-ness,the production process of denim fabrics is also constantly evolving and innovating to meet the needs of the market for personalization,comfort and sustainability.This paper analyzed the produc-tion process of denim fabric,the application of new fibers in denim fabric,and looked forward to the development trend and direction of denim fabric.

Abstract:In this paper,biomass material were used as the degradable masterbatch,and the for-mulation and preparation process of the masterbatch were continuously optimized,so that the compat-ibility of the degradable masterbatch and polypropylene(PP)can be improved,and the PP biodegrad-able non-woven fabric were prepared.By studying the differences in physical properties of non-woven fabrics,it is found that PP biodegradable non-woven fabrics can be biodegraded under anaerobic condi-tions,effectively solving the pollution problem of PP non-woven fabrics after wasted.Under high temperature and room temperature conditions,the retention rate of physical properties of the prepared PP biodegradable non-woven fabrics was comparable to that of traditional PP non-woven fabrics,and the shelf life can be guaranteed.The degradation rate can reach 5.28%in 45 days under anaerobic en-vironment.

Abstract:The multifunctional requirements such as negative ions are one of the important needs for green and healthy textiles,but there are still challenges such as complex preparation processes and low performance.Therefore,this study innovated the preparation ideas of negative ion fabrics and proposed a new method for preparing functional finishing negative ion fabrics.The online continuous finishing technology of high load and high negative ion release negative ion functional liquids and their functional textiles was studied,and the influence of negative ion solution concentration,treatment time,ratio,etc.The performance of the final multifunctional textiles was systematically investiga-ted.The experimental results indicated that the concentration of negative ion finishing solution had a significant effect on the negative ion release ability.This research provides important reference and in-spiration for the production and application of negative ion functional fabrics.

Abstract:An in-depth analysis of the structural characteristics and decorative features of German Gothic armor was conducted in this article,its unique cultural and artistic elements were expressed in modern fashion design cases was explored.The aim was to summarize innovative methods for incor-porating the structural elements of German Gothic armor into modern women's fashion design,to provid new ideas for the innovative design of modern women's fashion.

Abstract:This article discussed the inheritance,protection,and industrial development status of intangible cultural heritage Lu embroidery in the context of the new media era.It analyzed how to use new media technologies and platforms to innovate the methods for inheriting and protecting Lu em-broidery,expand its industrial development path,thereby enhancing its fame,influence,and market competitiveness,achieving sustainable development,and providing a reference for the inheritance and development of intangible cultural heritage Lu embroidery.

Abstract:The materials and characteristics of swimwear were summarized.The role of decorative accessories in swimwear design was analyzed to identify current issues and explore future development directions.It was concluded that the application of decorative accessories not only enhanced the visual appeal of swimwear but also improved its functionality and market competitiveness,offering new in-sights for swimwear design.

Abstract:Relevant literature data were collected by searching the Chinese and English literature related to ring-spun core yarn included in the core databases of China National Knowledge Infrastruc-ture(CNKI)and Web of Science(WOS)from 2004 to 2024.Using the CiteSpace knowledge graph tool,a knowledge graph of ring-spun core yarn research was constructed to visualize and analyze the annual number of published papers,authors and country cooperation distribution,research hotspots and evolutionary trends in ring-spun core yarn field.It is found that:the annual number of published papers in the field of domestic ring-spun core yarn generally shows a decreasing trend year by year.

Abstract:The classification of filling band defects in rapier looms was introduced.RFRL31 high-speed rapier loom was taken as an example,the causes of different filling bands defects were analyzed,the fault trees for solving the problem and detailed explanations for each link were described.Through production examples,the operation methods for solving filling band defects were explained.It is pointed that the causes of filling band defects on rapier looms are complex and varied,Based on accu-mulated experience,troubleshooting and adjusting parameters step by step,the occurrence of filling band defects could be reduced and eliminated.

Abstract:In this paper,the mechanism of TF-501B2 reducing the slip between yarns by increas-ing the friction between yarns was revealed by analyzing the effects of static friction on fabric surface,crystallinity of waterproofing agent and film morphology on the slip performance of fluorine-free wa-terproofing agent.Compared with the competitive products in the market,TF-501B2 has more excel-lent continuity and strong spray performance,and the color change is small.It also has excellent ini-tial waterproof,slippage,peel strength and stiffness.The research results provide a theoretical basis for the development of high-performance fluorine-free waterproofing agents and help the green trans-formation of the textile industry.

Abstract:Electric massage external dressing belongs to a type of intelligent wearable clothing,which is a combination of daily clothing and therapy clothing.In this paper,the Kano model was used to classify the multiple functional improvement requirements of the current electric and massaging outerwear,to calculate the Better-Worse coefficient,and to combine the four-quadrant scatter distri-bution to clarify the priority ranking of meeting and improving of design requirements.An electric massage external dressing was designed and developed,to improve the market competitiveness of this type of product.

Abstract:In response to the current situation of the heart rate and blood oxygen detection devices rarely used in skateboarding sportswear,the intelligent skateboard jacket based on microcontroller(STM32F103C8T6),heart rate and blood oxygen detection module(MAX30102)and DS18B20 digital temperature sensor was designed.The research shows that the intelligent skateboard jacket is more sensitive and accurate in recording heart rate and blood oxygen data than smartwatch,and provids timely feedback to the wearer when there is larger data fluctuations.Meanwhile,when wearers are in complex road environments,the temperature controlled color changing LED lights on their clothing could flash a warning at surroundings and effectively protect the weerer.

Abstract:In this paper,the mechanism of antibacterial cooling sensation of fabrics was intro-duced,the research status of antibacterial and cool-feeling knitted fabrics was generalized.The design method of common antibacterial cool-sensing knitted fabrics was proposed from the three aspects of fi-ber,yarn and fabric.

Abstract:Through the method of literature research,the evolution process of wedding dress color and the influencing factors that led to the love of red in the Ming Dynasty were analyzed.the root of the popularity of red in Ming Dynasty wedding dresses was excavated.According to the research,the reform of the ruling class system,the prosperity of the economy and the inheritance of red culture constituted the fundamental reasons for the red wedding dress of the Ming Dynasty and gradually formed the image of the red traditional wedding dress.

Abstract:The characteristics of remote working in the IT industry were analyzed in this paper,through multi-layer combination design and structural reconstruction focusing on practicality,com-fort,and professionalism.The contradiction between professional image and home comfort in remote working scenarios was resolved.The design principles which balanced business wear with home-leis-ure were proposed to offer functional and aesthetic solutions for the clothing industry to meet the evol-ving demands of remote working.

Abstract:The characteristics and development status of industry uniforms was analyzed in this article through theoretical research and design practice.It identifies the design trends of industry uni-forms,and looks forward to their development prospects,aims to provide reference and thinking for the design and theoretical research of uniforms.

Abstract:The excavation report of the Liu Jian family tomb and the clothing system of the Ming Dynasty were analyzed,the cotton long gown unearthed from the Liu Jian family tomb was selected as the research subject,various methods were employed,including digitalization,drawing techniques,pattern extraction,style and structure replication,CLO3D visualization,and garment-making experi-ments.A digital replication of the cotton long gown was completed,and physical garment replication experiment was conducted.It was concluded that the integration of modern technology and traditional culture could visually reconstruct the shape,structure,patterns,and colors of historical clothing.This approach not only improved the preservation of clothing artifacts by minimizing physical wear but also retained digital data for future study.Such efforts were of profound significance for the inher-itance,protection,and development of chinese outstanding clothing culture.

Abstract:This article focused on the integration and application of Miao ethnic costume elements in the design of short drama costumes.Through the analysis of the artistic features of Miao ethnic costumes,including their types,colors,techniques and patterns,innovative redesign was carried out by means of deconstruction and recombination as well as extension and recreation of these elements,and then applied to the current popular short drama costume design.The research enriched the design elements of short drama costumes,deepened the audience's understanding of ethnic culture,enhanced cultural confidence and identity,and also contributed to the inheritance,innovation and sustainable development of Miao ethnic costume culture to a certain extent.