Knit Spacer Fabrics
Design, Properties, and Applications
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Beschreibung
This book highlights the developments in the design of knit spacer fabrics, and their applications. Warp knit spacer fabrics have gained prominence over weft knit counterparts in terms of applications, due to the versatility of their structures. Theoretical analysis of spacer fabric under spherical ball compression is highlighted and has been shown to agree with the experimental results. The book discusses how the validated model can be used to predict the spherical compression behaviors of knitted spacer fabrics, compressed with different radii of the spherical balls.
This book highlights the developments in the design of knit spacer fabrics, and their applications. Warp knit spacer fabrics have gained prominence over weft knit counterparts in terms of applications, due to the versatility of their structures. Theoretical analysis of spacer fabric under spherical ball compression is highlighted and has been shown to agree with the experimental results. The book discusses how the validated model can be used to predict the spherical compression behaviors of knitted spacer fabrics, compressed with different radii of the spherical balls.
Highlights the advantages of warp knit spacer fabrics over weft knit ones
Discusses the impact behavior of spacer fabric, impacted at different energy levels
Also highlights the theoretical spherical ball compression model and correlates it with experimental results
Highlights the advantages of warp knit spacer fabrics over weft knit ones
Discusses the impact behavior of spacer fabric, impacted at different energy levels
Also highlights the theoretical spherical ball compression model and correlates it with experimental results
Autor*in
N. Gokarneshan