The mechanical property of yarn influences the mechanical property and endurance of textiles to large extents. At present, the research and evaluation of yarn mechanical property mainly refer to some static testing indexes such as breaking strength and tensile strength at break of yarn mechanical property. However, these indexes can not comprehensively reflect the mechanical property of yarn in the spinning and using process. In this article, we adopt the CTT yarn property testing instrument made by US Lawson Company to test the dynamic strength of yarn, and analyze factors to influence the yarn dynamic strength, and more objectively evaluate the mechanical property of yarn
Our results on the strength parameters of cotton yarns manufactured by carded and combed systems by ...
In order to determine the relationship between the fiber properties of the yarn quality in the artic...
This test method was designed to investigate the structural extension, the structural load, the slop...
The tensile properties of spun yarn are accepted as one of the most important parameters for assessm...
WOS: 000287995900008Experimental investigation on the static and dynamic strength of false twist tex...
Tests for mechanical properties of yarns, including breaking strength and elongation by four differe...
The main parameters of tensile tests for fabrics and yarns are the breaking force and the elongation...
Metallic yarns are difficult to be knitted. To resolve the problem, the paper used the knitted yarn ...
Woven fibres and yarns are generally used in the form of a laminate embedded into a matrix. However,...
Tensile characteristics of yarn have a great effect on performance of textile products. In this stud...
Spinning is a refinement of jet spinning system which has distinctive features such as the capabilit...
Textile yarns are subjected to numerous types of forces during knitting, usually leading to yarn dam...
A detailed experimental work was carried out to find the relationship between the tensile strength o...
This study investigated the tensile properties of a rotating or ballooning staple yarn. The results ...
111-118The effect of various material and testing parameters on the static and dynamic failure mecha...
Our results on the strength parameters of cotton yarns manufactured by carded and combed systems by ...
In order to determine the relationship between the fiber properties of the yarn quality in the artic...
This test method was designed to investigate the structural extension, the structural load, the slop...
The tensile properties of spun yarn are accepted as one of the most important parameters for assessm...
WOS: 000287995900008Experimental investigation on the static and dynamic strength of false twist tex...
Tests for mechanical properties of yarns, including breaking strength and elongation by four differe...
The main parameters of tensile tests for fabrics and yarns are the breaking force and the elongation...
Metallic yarns are difficult to be knitted. To resolve the problem, the paper used the knitted yarn ...
Woven fibres and yarns are generally used in the form of a laminate embedded into a matrix. However,...
Tensile characteristics of yarn have a great effect on performance of textile products. In this stud...
Spinning is a refinement of jet spinning system which has distinctive features such as the capabilit...
Textile yarns are subjected to numerous types of forces during knitting, usually leading to yarn dam...
A detailed experimental work was carried out to find the relationship between the tensile strength o...
This study investigated the tensile properties of a rotating or ballooning staple yarn. The results ...
111-118The effect of various material and testing parameters on the static and dynamic failure mecha...
Our results on the strength parameters of cotton yarns manufactured by carded and combed systems by ...
In order to determine the relationship between the fiber properties of the yarn quality in the artic...
This test method was designed to investigate the structural extension, the structural load, the slop...