This study is a short analysis of the use of computer microphotography in fiber migration testing as a modern nondestructive
testing method. Microtomography operates similarly to X-ray computed tomography systems used in
medicine, but with much better resolution owing to the use of a smaller radiation spot. The internal structure is
reconstructed as a series of two-dimensional cross-sections that are then used to create 2D and 3D morphological
objects. This process is non-destructive and does not require special preparation of a testing material.
If the inline PDF is not rendering correctly, you can download the PDF file here.
Merle P., et al. X-Ray Computed Tomography on MMS.
MMS Assess Thematic Network.
Flisch, A., et al. Industrial Computer Tomography in
Reverse Engineering Applications. DGZfP-Proceedings
BB 67-CD Paper 8, Computerized Tomography for
Industrial Applications and Image Processing in
Radiology, March 15–17, 1999, Berlin, Germany.
Shinohara T, Takayama J., Shinji Ohyama S.
KobayashiA.: Extraction of Yarn Positional
Information from a Three-dimensional CT Image of
Textile Fabric using Yarn Tracing with a Filament
Model for Structure Analysis. Textile Research
Journal 2010; 80; 623-630.
Pandita S.D., Verpoest I.:Prediction of the tensile
stiffness of weft knitted fabric composites based on X-ray
tomography images. Composites Science and Technology
63 (2003) 311–325.
Badel P. , E. Vidal-Sallé E., Maire E., Boisse P.:
Simulation And Tomography Analysis of Textile Composite
Reinforcement Deformation at the Mesoscopic Scale. Int J
Mater Form (2009) Vol. 2 Suppl 1:189–192.
El-Behery H.M.: Study of Theories of Fiber Migration—
Need for More Fundamental Approach and Further
Studies. Textile Research Journal April 1968 38: 321-
Hearle J.W.S., Gupta B.S., Merchant V.B.: Migration of
Fibers in Yarns. Part I: Characterization and Idealization
of Migration Behavior. Textile Research Journal. Kwiecień