After a brief summary of the findings and conclusions of the previously reported investigations on the air-jet texturing process, a mechanism of loop formation is postulated. The factors affecting loop formation are analysed in the light of the mechanism described. This mechanism of loop formation is claimed to be valid for all types of texturing nozzle because the underlying requirement to create a supersonic, turbulent, and non-uniform flow is common to all satisfactory air-jet texturing nozzles
Characteristics of air-jet textured yarns are determined by the instability, linear density, and str...
This thesis describes original engineering research which aimed to establish fundamental understandi...
Nozzle is the main part of various spinning systems such as air-jet and Murata air vortex systems. R...
A brief introduction to the air-jet texturing process is given, with reference to similarities betwe...
A comprehensive review of the roles played by the airflow, wetting and spin finish on the air-jet te...
An account is given of an experimental investigation of the characteristics of the air-flow in a sca...
Experiments performed with a current industrial-texturing nozzle on a specially designed singlehead ...
After a brief description of the air-jet texturing process, the historical development of industrial...
It is shown that the quantity of water mixing into the air-flow is an insignificant proportion of th...
Fluid (drag) forces acting on filaments in an air-flow are theoretically analysed, and equations to ...
The air-jet texturing (AJT) and intermingling (INT) processes are two applications of air jets used ...
The air-jet texturing process for synthetic continuous multi-filament yarns is more versatile than a...
This paper systematically investigates the effect of a number of geometric parameters on the texturi...
The air-jet texturing process, a purely mechanical means of texturing continuous filament yarns, is ...
The properties of the supply yam and the processing parameters together determine the final properti...
Characteristics of air-jet textured yarns are determined by the instability, linear density, and str...
This thesis describes original engineering research which aimed to establish fundamental understandi...
Nozzle is the main part of various spinning systems such as air-jet and Murata air vortex systems. R...
A brief introduction to the air-jet texturing process is given, with reference to similarities betwe...
A comprehensive review of the roles played by the airflow, wetting and spin finish on the air-jet te...
An account is given of an experimental investigation of the characteristics of the air-flow in a sca...
Experiments performed with a current industrial-texturing nozzle on a specially designed singlehead ...
After a brief description of the air-jet texturing process, the historical development of industrial...
It is shown that the quantity of water mixing into the air-flow is an insignificant proportion of th...
Fluid (drag) forces acting on filaments in an air-flow are theoretically analysed, and equations to ...
The air-jet texturing (AJT) and intermingling (INT) processes are two applications of air jets used ...
The air-jet texturing process for synthetic continuous multi-filament yarns is more versatile than a...
This paper systematically investigates the effect of a number of geometric parameters on the texturi...
The air-jet texturing process, a purely mechanical means of texturing continuous filament yarns, is ...
The properties of the supply yam and the processing parameters together determine the final properti...
Characteristics of air-jet textured yarns are determined by the instability, linear density, and str...
This thesis describes original engineering research which aimed to establish fundamental understandi...
Nozzle is the main part of various spinning systems such as air-jet and Murata air vortex systems. R...