1 - 10 of 17 articles
The issues of investigating, mathematical modelling and predicting of deformation properties of polymer textile materials are considered. It is shown that a comprehensive study of the indicated properties of these materials is possible only from the standpoint of system analysis of the polymers...
An analysis of the aramid fiber market including the range of industrial textile materials containing chemical fibers for specialized protective clothing of metallurgical workers, welders, and firefighters is presented. A method for obtaining and utilizing para- (Rusar, Armos) and meta-aramid...
The article describes a method for the comprehensive study of the deformation properties of polymer textile materials, which is possible only from the standpoint of mathematical modeling and subsequent computer prediction of these processes. The selection of an appropriate mathematical model is...
The influence of the degree of twist of polyester sewing threads on their deformation properties is investigated. Technological recommendations are offered on variation of the degree of twist for getting the desired deformation characteristics of these threads.
Methods of mathematical modeling, computer prediction, and systems analysis of functional properties of synthetic textile materials are reviewed. The developed models and methods are used to describe the functional properties and prediction of workwear deformation processes.
The possibility of using metal-containing carbon nanotubes in the isomerization of oleic acid in order to conduct an elaidin test was assessed. The products were identified by IR and UV spectroscopy and also by measuring the melting point.
The objective of the study is to substantiate the problems and prospects for the development of the textile, light and chemical industries of the Russian Federation for the production of textile fibres in the period of 1981-2025. In accordance with this objective, the production volumes of these...
The article discusses characteristics of a developed thermoelectric generator (TEG) based on an effect discovered by the authors concerning the change in the conductivity of a carbon fiber (CF) from electron (n-) to hole (p-) type following exposure to a pulsed current. A flexible TEG can be...
The problem of mathematical modeling of synthetic yarn tension in the transporting area of the take-up and winding device is investigated. Based on balance of moving masses, a differential equation was derived for tension of a moving yarn, taking account of the rate of yarn feeding into the...
Methods of systematic analysis of the viscoelastic-plastic properties of marine polymer ropes are considered, which make it possible to qualitatively assess the operational and functional characteristics of these materials. Systematic analysis is carried out on the basis of mathematical modeling...
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