RESEARCH OF THE INFLUENCE OF INPUT PARAMETERS LOOM WHEN DEVELOPING WARP-PILED FABRICS AT ITS VIBRATION RESISTANCE
The results of research of technological process production warp-piled fabric without cutting into the pile that has the maximum vibration resistance. As an vibration insulator is proposed to use a structural material with the required properties – warp-piled fabric consisting of two layers of fabric without cutting into of pile using weft cotton and cord yarn. A result of research, received mathematical models depending on the thickness of the fabric warp-piled fabric depending on the density of fabric weft, the amount of movement of pile warp yarn and the external impact. Analysis of the mathematical models leads to the conclusion that the greatest influence on the stability of the material resistance to external impacts has the amount of movement of pile warp yarn, which determines the thickness of the fabric. By increasing the amount of displacement of the pile foundations and the external effects of static subsidence increases.