Aims and Scope:

Textile Engineering & Fashion Technology: Open Access (TEFTOA) stands at the forefront of advancing knowledge and innovation in the ever-evolving realm of textile engineering and fashion technology. As an esteemed open-access journal, TEFTOA embraces the diversity and dynamism of this multidisciplinary field, showcasing cutting-edge research and development to inspire breakthroughs and drive progress.

TEFTOA serves as a vibrant platform for the dissemination of original research articles, in-depth reviews, and illuminating case reports that span the breadth of textile engineering and fashion technology. By nurturing a robust exchange of ideas, insights, and discoveries, the journal fosters collaboration among researchers, designers, manufacturers, and industry professionals, propelling the field towards novel horizons of creativity, sustainability, and technological advancement.

Original research articles featured in TEFTOA lie at the heart of innovation, unveiling transformative advancements in the design, manufacturing, and analysis of textile products. These pioneering studies explore the intricacies of fabric structures, fiber properties, and surface treatments, enabling the development of functional textiles, smart fabrics, and advanced materials. By integrating diverse disciplines such as materials science, mechanical engineering, and nanotechnology, these articles shed light on the convergence of technology and aesthetics, propelling the field towards novel applications and enhanced performance in clothing, fashion accessories, and other textile-based products.

Comprehensive reviews within TEFTOA serve as beacons of knowledge, synthesizing existing literature, critically evaluating emerging trends, and offering visionary perspectives on the future of textile engineering and fashion technology. These encompassing analyses delve into areas such as sustainable fashion, digital textile printing, innovative textile materials, and advancements in garment manufacturing processes. By elucidating the challenges, opportunities, and potential ramifications of these developments, reviews in TEFTOA pave the way for informed decision-making, interdisciplinary collaborations, and the adoption of sustainable practices within the textile and fashion industries.

Compelling case reports featured in TEFTOA showcase noteworthy design projects, technological breakthroughs, and exceptional applications within the realm of textile engineering and fashion technology. These reports document real-world scenarios, highlighting the integration of creativity, technical expertise, and innovative thinking in overcoming challenges and achieving remarkable outcomes. By sharing these success stories, TEFTOA inspires designers, engineers, and researchers to explore new avenues, experiment with novel techniques, and push the boundaries of textile-based innovation.

In addition to original research articles, comprehensive reviews, and compelling case reports, TEFTOA welcomes contributions in the form of commentaries and opinion pieces that foster intellectual discourse and shed light on emerging trends and perspectives in the field. These thought-provoking discussions stimulate critical thinking, inspire collaborations, and spark new directions in textile engineering and fashion technology. By embracing diverse viewpoints and encouraging dialogue, TEFTOA promotes an inclusive and progressive environment that drives the field forward.

In summary, Textile Engineering & Fashion Technology: Open Access (TEFTOA) stands as a dynamic and inclusive platform that showcases the latest advancements, fosters collaboration, and encourages innovation in the fascinating domains of textile engineering and fashion technology. By disseminating knowledge, inspiring creativity, and promoting sustainable practices, TEFTOA shapes the future of the industry, paving the way for transformative breakthroughs and a more technologically advanced, sustainable, and aesthetically captivating world of textiles and fashion.

Classification:

1. Agricultural Application of Textiles
2. Air-Jet Spinning
3. Eco-Friendly Textile Dyeing
4. Apparel Manufacturing Technology
5. Application of Computer in Textile
6. Basic Operations in the Blowroom
7. Biotechnology in Textile Industry
8. Blending
9. Blowroom
10. Break Spinning
11. Friction Spinning
12. New Spinning Processes
13. Carding
14. Carding Machine
15. Centrifugal Spinning
16. Chemical Structure of Fibers
17. Types of Textile Fibers
18. Construction of Elementary Weaves
19. Conversion of Filaments to Fibers
20. Crighton Opener Machine
21. Defects and Remedies of Dyed Materials
22. Fabric Manufacturing Technology
23. Textile Based Electronics
24. Crafting Traditions
25. Algorithmic Pattern Design
26. Fibers
27. Yarns
28. Nonwovens
29. Knitting
30. Embroidery
31. Digital Printing
32. Laser Cutting
33. Felting
34. Fibre Testing
35. Spinning and Weaving Calculations
36. Nano Technology in Textile
37. New Spinning Processes
38. Physical Chemistry of Dyeing
39. Pile Structures
40. Cotton Carding
41. Protein Based Biomaterials
42. Solubilised Vat Colours
43. Studies on Fabrics from DyneemaFibres for Defence Application
44. Testing Of Interlaced and Textured Yarns
45. Tapestry Structures
46. Tensioning Device
47. Textile Chemical Analysis
48. Textile Testing
49. Wet Processing Technology
50. Yarn Manufacturing Technology
51. Types of Selvedges and Their Weaves
52. Textile Machinery
53. Unconventional Looms
54. Textile Raw Materials
55. Textile Costing and Management
56. Recycling Process of Textile Waste.