Abstract
The article presents a method of complex computer simulation of the tension of the warp threads on the loom in the process of tissue formation, based on mathematical equations. For simulation the tension of the warp in the weaving process, a mathematical model of the warp – fabric system of the loom was developed. In the course of this study, a system of differential equations was solved using numerical methods. A comparison of the experimental data and the results in the form of graphs of changes in the tension of the base and vibrations of the loom's tension rail. Tension measurement was performed using a strain gauge. The sensor was a brass U-shaped spring with resistance strain gages mounted on both sides. The data were being singulated from the output of the tension amplifier and then processed by a digital signal processor. The correspondence of the obtained experimental and theoretical results was revealed.
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