Авторы: Blaznov A.N., Zubkov A.S., Khodakova N.N., Samoilenko V.V., Uglova T.K.
Название публикации: Study of Elastic-Strength Properties of Basalt-, Glass-Filled Plastics with Different Winding Schemes
Название источника: Glass and Ceramics
Библиографическая ссылка: Blaznov A.N., Zubkov A.S., Khodakova N.N., Samoilenko V.V., Uglova T.K. Study of Elastic-Strength Properties of Basalt-, Glass-Filled Plastics with Different Winding Schemes // Glass and Ceramics. - 2018. - Vol.75. - Iss.1-2. - P.68-73.
Ссылки: DOI: 10.1007/s10717-018-0031-8; WoS: 000433535600015; РИНЦ: 34963950;
Реферат: Samples of models of OHL supports based on basaltic and glass roving in the form of tubes with five different winding schemes were fabricated: longitudinal-transverse, spiral-longitudinal, spiral-longitudinal-transverse, and spiral with angle 30 and 60° with respect to the axis of the mandrel. The elastic-strength properties were investigated in tests by transverse bending and it was shown that the largest values of the elastic modulus obtain with the longitudinal-transverse winding scheme and the smallest values with spiral winding at angle 60° with respect to the axis. The elastic modulus of the basalt-plastic tubes is someone smaller than that of glass-plastic tubes, which can be explained by the lower linear density and more uniform packing of the used glass roving.
Ключевые слова: glass and basaltic roving, winding, tube, elastic modulus
Год опуликования: 2018
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