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FULLY FASHIONED BIAXIAL WEFT KNITTED FABRICS
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H. Cebulla
Published/Copyright:
September 20, 2023
Abstract
Advanced composite manufacturing processes demand the use of fully fashioned near-net shape preforms. Flat knitting technology is especially suited for the production of such products. Research work which has been carried out at the ITB proved the possibility to obtain biaxial reinforced multilayer weft knitted fabrics with fixed fabric edges, by varying the number of stitches in wale direction. The capability of this method is shown for an open cuboid and a spherical shell.
Key words: multi-dimentional knitting; biaxial weft knitted fabrics; fashioned fabrics; composite manufacture; preforms
Published Online: 2023-09-20
Published in Print: 2002-03-01
© 2023 by Association of Universities for Textiles (AUTEX)
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Articles in the same Issue
- DEVELOPMENT OF SHAPE MEMORY ALLOY FABRICS FOR COMPOSITE STRUCTURES
- FULLY FASHIONED BIAXIAL WEFT KNITTED FABRICS
- BUBBLE SIZE DISTRIBUTION OF FOAM
- A NEW ELECTRO-MECHANICAL METHOD FOR MEASURING YARN THICKNESS
- SHEDDING WITHOUT DYNAMIC WARP LOADING. THE POSSIBILITY OF FORMING A NEW WOVEN STRUCTURE.
- BEHAVIOUR OF YARN INTERACTED WITH HIGH-SPEED OBJECT UNDER SIDEWAYS-CONSTRAINT
Keywords for this article
multi-dimentional knitting;
biaxial weft knitted fabrics;
fashioned fabrics;
composite manufacture;
preforms
Articles in the same Issue
- DEVELOPMENT OF SHAPE MEMORY ALLOY FABRICS FOR COMPOSITE STRUCTURES
- FULLY FASHIONED BIAXIAL WEFT KNITTED FABRICS
- BUBBLE SIZE DISTRIBUTION OF FOAM
- A NEW ELECTRO-MECHANICAL METHOD FOR MEASURING YARN THICKNESS
- SHEDDING WITHOUT DYNAMIC WARP LOADING. THE POSSIBILITY OF FORMING A NEW WOVEN STRUCTURE.
- BEHAVIOUR OF YARN INTERACTED WITH HIGH-SPEED OBJECT UNDER SIDEWAYS-CONSTRAINT
