Knitted structures occupy a special position in composite preforming due to their inimitable characteristics. An insight into the knitted structures with respect to their composite preforming characteristics is presented in this article. Directionality of knitted structures and requirements of high performance fibers for\ud knitting have been discussed. Contourability, net-shape preforming, high dynamic mechanical properties along with easy and rapid manufacturability are the important features of knitted structures to match the composite preform requirements. In this article, the work done in the above areas of research have been critically reviewed
Knitting techniques and machinery are extensively used for the production of textile products for ga...
The use of weft-knitted structures in composite reinforcements is limited due to their poor mechanic...
Knitting techniques and machinery are extensively used for the production of textile products for ga...
International audienceThis chapter depicts the advantages and drawbacks of knits as composite reinfo...
Over the last decades, the development of 3D textile composites has been driven the structures devel...
Textile preform properties such as compression and permeability greatly influence the quality of th...
Purpose: This paper aims to provide an overview of the current manufacturing methods for three-dimen...
Textile reinforcement structure plays an important role in the reinforcement/composite performances ...
This article presents an experimental investigation carried out to understand the mechanical behavi...
Sewn net-shape preform based composite manufacturing technology is widely accepted in combination w...
To enable shaped preforms to be produced accurately, it is essential to have a full understanding of...
This research project explores knitting three-dimensional (3D) preforms suitable for fibre-reinforce...
The objective of this study is to investigate the yarn geometry of multiaxial preforms. The importan...
The development of textile composite materials and their design and manufacturing technologies is on...
In the manufacture of composite, textile materials are being used as reinforcement. Generally, the c...
Knitting techniques and machinery are extensively used for the production of textile products for ga...
The use of weft-knitted structures in composite reinforcements is limited due to their poor mechanic...
Knitting techniques and machinery are extensively used for the production of textile products for ga...
International audienceThis chapter depicts the advantages and drawbacks of knits as composite reinfo...
Over the last decades, the development of 3D textile composites has been driven the structures devel...
Textile preform properties such as compression and permeability greatly influence the quality of th...
Purpose: This paper aims to provide an overview of the current manufacturing methods for three-dimen...
Textile reinforcement structure plays an important role in the reinforcement/composite performances ...
This article presents an experimental investigation carried out to understand the mechanical behavi...
Sewn net-shape preform based composite manufacturing technology is widely accepted in combination w...
To enable shaped preforms to be produced accurately, it is essential to have a full understanding of...
This research project explores knitting three-dimensional (3D) preforms suitable for fibre-reinforce...
The objective of this study is to investigate the yarn geometry of multiaxial preforms. The importan...
The development of textile composite materials and their design and manufacturing technologies is on...
In the manufacture of composite, textile materials are being used as reinforcement. Generally, the c...
Knitting techniques and machinery are extensively used for the production of textile products for ga...
The use of weft-knitted structures in composite reinforcements is limited due to their poor mechanic...
Knitting techniques and machinery are extensively used for the production of textile products for ga...