Section outline

  • Welcome Note

    Dear Students,

    Greetings! and a very warm welcome to all of you.

    This is Mst. Murshida Khatun, and I am here to conduct your new course Textile Physics and share and learn something new about the world of Physics. So, let's gather knowledge with you all together. Feel free to approach me any kind of problem.

    Physics plays a large part in textile technology. But, while there are many applications to textile processing, these are diverse and cannot usefully be studied except as part of the technology of the processes themselves; however, the study of the structure and physical properties of fibres, yarns, and fabrics forms the unified subject that is legitimately called textile physics, and which is an essential part of the education of any textile technologist.

    Thank you very much.

    Regards,


    Course Teacher

    Mst. Murshida Khatun
    Assistant Professor
    Department of Textile Engineering
    Faculty of Engineering
    Daffodil International University

    Cell : +8801723262662
    Email : murshida@daffodilvarsity.edu.bd
    Google Site :


    General Course Description : 

    Course Title: Textile Physics

    Course Code: TE-317

    Credit Hours: 3 (Theory, 3 contact hours per week) 

    Prerequisite: None

    Course Level: Level 2 Term 1 ( eve)


    Course Objectives :

    By the end of the course it is expected that the students will be able to,

    • Explain about the mechanical properties (Tensile, Flexural, Torsional, Frictional) of the textile materials.
    • Explain about swelling, optical & thermal properties.
    • Know about static charge & its formation and effects on textile materials.
    • Know about physical structures of the fibers.
    • Learn about yarn geometry & fabric geometry.
    • Learn about yarn jamming & crimp% in to the fabric.

    Course Content:

    1. Tensile Properties
    2. Flexural Properties
    3. Torsional Properties
    4. Frictional Properties
    5. Static Electricity Formation
    6. Swelling Properties
    7. Thermal Properties
    8. Optical Properties
    9. Physical Structures of Fibers
    10. Fiber Migration in Yarn
    11. Yarn Geometry
    12. Yarn Jamming
    13. Crimp
    14. Fabric Geometry