This work proposes the creation of models of surfaces using a parametric computer modelling software to obtain three-dimensional structures in weft knitted fabrics produced on single needle system machines. Digital prototyping, another feature of digital modelling software, was also explored in three-dimensional drawings generated using the Rhinoceros software. With this approach, different 3D structures were developed and produced. Physical characterization tests were then performed on the resulting 3D weft knitted structures to assess their ability to promote comfort. From the obtained results, it is apparent that the developed structures have potential for application in different market segments, such as clothing and interior textiles.T...
Modern CNC weft knitting machines are capable to produce textiles with complex non-uniform structure...
The representation weft knitted fabrics covers a wide range of methods, which may vary from country ...
Knitted fabrics have excellent formability and tensile ability and are widely used in textile-relate...
This work proposes the creation of models of surfaces using a parametric computer modelling software...
The development of 3D knitted fabrics includes a large range of applications in the technical fields...
3D technologies and computer-aided design (CAD) systems are used in various fields of human activity...
Knit fabrics are created on diverse machines with diverse knit loops and conditions to make differen...
Weft knitted fabrics are widely used in clothing textiles and technical applications, such as sweate...
In this work, a geometrical model for 1 X 1 purl fabric is created by using Kurbak's (1998) model of...
This paper discusses novel, 3D-printed structures that are the result of an exploration through geom...
The technical textiles market was forecast to grow by 4% per annum worldwide between 2002 and 2010. ...
Development and verification of the algorithm for 3D modeling of weft plain knitted fabrics made fro...
This research project explores knitting three-dimensional (3D) preforms suitable for fibre-reinforce...
Based on the structural analysis of sample knitted fabrics and the knit geometric theory, we have bu...
The main goal of the current work is to analyse the three-dimensional approach for modelling knitted...
Modern CNC weft knitting machines are capable to produce textiles with complex non-uniform structure...
The representation weft knitted fabrics covers a wide range of methods, which may vary from country ...
Knitted fabrics have excellent formability and tensile ability and are widely used in textile-relate...
This work proposes the creation of models of surfaces using a parametric computer modelling software...
The development of 3D knitted fabrics includes a large range of applications in the technical fields...
3D technologies and computer-aided design (CAD) systems are used in various fields of human activity...
Knit fabrics are created on diverse machines with diverse knit loops and conditions to make differen...
Weft knitted fabrics are widely used in clothing textiles and technical applications, such as sweate...
In this work, a geometrical model for 1 X 1 purl fabric is created by using Kurbak's (1998) model of...
This paper discusses novel, 3D-printed structures that are the result of an exploration through geom...
The technical textiles market was forecast to grow by 4% per annum worldwide between 2002 and 2010. ...
Development and verification of the algorithm for 3D modeling of weft plain knitted fabrics made fro...
This research project explores knitting three-dimensional (3D) preforms suitable for fibre-reinforce...
Based on the structural analysis of sample knitted fabrics and the knit geometric theory, we have bu...
The main goal of the current work is to analyse the three-dimensional approach for modelling knitted...
Modern CNC weft knitting machines are capable to produce textiles with complex non-uniform structure...
The representation weft knitted fabrics covers a wide range of methods, which may vary from country ...
Knitted fabrics have excellent formability and tensile ability and are widely used in textile-relate...