The paper addresses the effects of geometry and physical parameters of knitted fabric structures on their aerodynamic and comfort properties. In order to evaluate whether significant aerodynamic and comfort advantages may be achieved by changing the geometrical parameters of knitted structures, 9 different knitted fabrics in plain structure (Single Jersey) were produced. Their geometry and physical parameters were measured and analysed. A fabric surface roughness model was developed and correlations between fabric geometry, manufacturing and aerodynamic parameters were established
Abstract: The purpose of a lining is to provide the comfort of the wearer, preserve the shape of the...
The aim of the study was to determine the effects of knitting type, yarn count and mass of commercia...
Aerodynamic properties play a significant role in the textiles across a wide range of sports includi...
In this paper, the double layer concept of knitted fabrics suitable for perfonnance sportswear, wher...
Certain physical properties of five different types of circular knitted fabrics used for active spor...
It is important to measure the aerodynamic properties (drag and lift) contributed by fabric in order...
It is important to measure the aerodynamic properties (drag and lift) contributed by fabric in order...
AbstractIn this paper, the double layer concept of knitted fabrics suitable for performance sportswe...
The aerodynamic properties and amount of drag experienced by athletes is highly dependent on the sur...
Comfort is an important quality criterion, especially for sportswear. It influences well-being, perf...
AbstractGenerally, the surface textures of the sport fabrics influence the aerodynamic properties of...
Generally, the surface textures of the sport fabrics influence the aerodynamic properties of the ath...
The most important properties of the majority of knitted fabrics are good stretchability and elastic...
In the last years an increasing improvement in qualitative standards of human lifestyles determined ...
AbstractVarious fabric properties are important for different sports applications. In order to impro...
Abstract: The purpose of a lining is to provide the comfort of the wearer, preserve the shape of the...
The aim of the study was to determine the effects of knitting type, yarn count and mass of commercia...
Aerodynamic properties play a significant role in the textiles across a wide range of sports includi...
In this paper, the double layer concept of knitted fabrics suitable for perfonnance sportswear, wher...
Certain physical properties of five different types of circular knitted fabrics used for active spor...
It is important to measure the aerodynamic properties (drag and lift) contributed by fabric in order...
It is important to measure the aerodynamic properties (drag and lift) contributed by fabric in order...
AbstractIn this paper, the double layer concept of knitted fabrics suitable for performance sportswe...
The aerodynamic properties and amount of drag experienced by athletes is highly dependent on the sur...
Comfort is an important quality criterion, especially for sportswear. It influences well-being, perf...
AbstractGenerally, the surface textures of the sport fabrics influence the aerodynamic properties of...
Generally, the surface textures of the sport fabrics influence the aerodynamic properties of the ath...
The most important properties of the majority of knitted fabrics are good stretchability and elastic...
In the last years an increasing improvement in qualitative standards of human lifestyles determined ...
AbstractVarious fabric properties are important for different sports applications. In order to impro...
Abstract: The purpose of a lining is to provide the comfort of the wearer, preserve the shape of the...
The aim of the study was to determine the effects of knitting type, yarn count and mass of commercia...
Aerodynamic properties play a significant role in the textiles across a wide range of sports includi...