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Abstract The article studies the how the component-mixing method, based on application of joint mechanochemical processing of composite components and ultrasonic action, influences the mechanical and tribological characteristics of UHMWPE–carbon-fiber… Click to show full abstract
Abstract The article studies the how the component-mixing method, based on application of joint mechanochemical processing of composite components and ultrasonic action, influences the mechanical and tribological characteristics of UHMWPE–carbon-fiber polymer composite materials. It has been established that joint activation of the components and ultrasonic treatment leads to a 10–15% increase in strength and elastic modulus while retaining the elasticity of composites at the level of the initial polymer matrix. A decrease in the friction coefficient by 30% and mass wear rate by 5.5 times compared to 1.6 for the initial matrix were recorded.
Journal Title: Journal of Friction and Wear
Year Published: 2020
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