THESIS AND DISSERTATION TOPICS IN TEXTILE SCIENCE AND ENGINEERING

THESIS AND DISSERTATION TOPICS IN TEXTILE SCIENCE AND ENGINEERING

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THESIS AND DISSERTATION TOPICS IN TEXTILE SCIENCE AND ENGINEERING

Fiber Science and Technology:

1. Investigation of the mechanical properties of high-performance fibers.
2. Development of sustainable fibers from agricultural waste.
3. Characterization of nanofibers for biomedical applications.
4. Improvement of flame-retardant properties in textile fibers.
5. Study of electrospinning parameters for nanofiber production.
6. Design and synthesis of conductive fibers for smart textiles.
7. Investigation of the antibacterial properties of textile fibers.
8. Recycling and upcycling strategies for textile waste fibers.
9. Development of fibers with enhanced UV protection.
10. Analysis of the effects of fiber orientation on textile properties.

Textile Yarns and Fabrics:

11. Optimization of yarn spinning processes for improved tensile strength.
12. Investigation of the effects of yarn twist on fabric properties.
13. Development of sustainable yarns from recycled materials.
14. Study of fabric drape and its impact on garment design.
15. Analysis of the mechanical properties of woven fabrics.
16. Investigation of the effects of fabric finishing on colorfastness.
17. Design and characterization of smart fabrics with sensing capabilities.
18. Study of the thermal properties of knitted textiles.
19. Development of self-healing textiles for durability.
20. Analysis of the impact of fiber blends on fabric performance.

Textile Finishing and Coating:

21. Development of eco-friendly textile finishing agents.
22. Investigation of antimicrobial finishes for textiles.
23. Design of flame-resistant coatings for protective textiles.
24. Study of hydrophobic finishes for water-resistant textiles.
25. Analysis of the impact of plasma treatment on fabric properties.
26. Development of phase-change materials for thermoregulating textiles.
27. Investigation of UV-resistant coatings for outdoor textiles.
28. Design and characterization of conductive coatings for electronic textiles.
29. Study of bio-based finishes for sustainable textiles.
30. Optimization of finishing processes for wrinkle-resistant textiles.

Dyeing and Printing Technologies:

31. Development of natural dyes for environmentally friendly textile coloration.
32. Investigation of novel dyeing techniques for three-dimensional textiles.
33. Study of digital printing technologies for textile applications.
34. Design and optimization of pigment printing for sustainable textiles.
35. Analysis of the effects of pretreatment on fabric dyeing.
36. Development of smart textiles with color-changing properties.
37. Investigation of eco-friendly alternatives to conventional textile dyes.
38. Design of thermochromic textiles for temperature sensing.
39. Study of inkjet printing for customized textile designs.
40. Optimization of sublimation printing processes for sportswear.

Textile Composite Materials:

41. Development of high-performance textile-reinforced composites.
42. Investigation of the impact resistance of textile composites.
43. Design of smart textile composites with sensing capabilities.
44. Analysis of the effects of fiber orientation on textile composite properties.
45. Development of biodegradable textile composites for packaging.
46. Study of the thermal properties of textile composite materials.
47. Design and optimization of ballistic-resistant textiles.
48. Investigation of sustainable matrices for textile composites.
49. Analysis of the effects of interfacial bonding on composite performance.
50. Development of textile-based composites for medical applications.

Nonwoven Materials and Technologies:

51. Optimization of the melt-blown process for nonwoven fabric production.
52. Development of nonwoven materials for air filtration applications.
53. Study of nonwoven materials for medical protective clothing.
54. Design of biodegradable nonwovens for agricultural applications.
55. Analysis of the effects of fiber morphology on nonwoven properties.
56. Investigation of electrospun nanofiber mats for wound healing.
57. Development of nonwoven materials for geotextile applications.
58. Study of nonwoven materials for oil spill cleanup.
59. Design of conductive nonwovens for electronic applications.
60. Analysis of the mechanical properties of nonwoven materials.

Textile Testing and Quality Control:

61. Optimization of testing methods for fabric abrasion resistance.
62. Development of automated methods for textile quality control.
63. Study of the effects of laundering on textile properties.
64. Design of sensors for in-situ monitoring of textile performance.
65. Analysis of the impact of environmental conditions on textile aging.
66. Investigation of non-destructive testing techniques for textiles.
67. Development of machine learning algorithms for textile quality prediction.
68. Study of colorfastness testing methods for textiles.
69. Design of testing methods for evaluating antimicrobial efficacy in textiles.
70. Analysis of the effects of UV exposure on textile properties.

Textile Machinery and Automation:

71. Development of intelligent automation systems for textile manufacturing.
72. Investigation of advanced robotics in textile production.
73. Study of energy-efficient technologies in textile machinery.
74. Design and optimization of weaving looms for complex fabric structures.
75. Analysis of the effects of digitization on textile supply chains.
76. Investigation of smart sensors for real-time monitoring in textile production.
77. Development of sustainable and energy-efficient dyeing machines.
78. Study of additive manufacturing technologies in textile machinery.
79. Design of automation systems for nonwoven fabric production.
80. Analysis of the impact of Industry 4.0 on textile manufacturing.

Textile Sustainability and Circular Economy:

81. Development of sustainable dyeing processes for textiles.
82. Investigation of closed-loop recycling systems for textile fibers.
83. Study of sustainable materials for eco-friendly textile packaging.
84. Design of sustainable practices in textile supply chain management.
85. Analysis of the environmental impact of textile production.
86. Investigation of circular design principles in textile product development.
87. Development of eco-friendly finishing processes for textiles.
88. Study of sustainable practices in textile printing technologies.
89. Design of sustainable strategies for reducing textile waste.
90. Analysis of the economic viability of circular textile business models.

Textile Biotechnology:

91. Development of bioengineered fibers for biomedical textiles.
92. Investigation of enzyme-based processes for textile modification.
93. Study of genetically modified organisms for sustainable textile production.
94. Design of textiles with integrated living organisms for environmental applications.
95. Analysis of the use of microorganisms in dyeing processes.
96. Investigation of biotechnological approaches for improving fiber properties.
97. Development of textiles with antimicrobial properties using biotechnology.
98. Study of bio-based adhesives for bonding textiles.
99. Design of textiles with self-healing properties using biotechnological methods.
100. Analysis of the biodegradation of textiles in natural environments.

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