Re-design of machine tool joint components based on polymer fillings for high-speed performance
Z Murčinková, P Adamčík, J Živčák - Materials, 2021 - mdpi.com
In this paper, we report the results of an experimental study of a re-design approach using
filling polymers and particulate composites with a polymer matrix, thus creating a
macroscopic hybrid structure. The re-design is focused on the joint of a textile machine. It is
a re-design of already existing machine parts of a joint in order to increase the damping of
components, reduce the amplitudes of high-frequency vibrations and acoustic emission for
high-speed operation of textile rotors, and to compare individual structural modifications of …
filling polymers and particulate composites with a polymer matrix, thus creating a
macroscopic hybrid structure. The re-design is focused on the joint of a textile machine. It is
a re-design of already existing machine parts of a joint in order to increase the damping of
components, reduce the amplitudes of high-frequency vibrations and acoustic emission for
high-speed operation of textile rotors, and to compare individual structural modifications of …
[PDF][PDF] Re-Design of Machine Tool Joint Components Based on Polymer Fillings for High-Speed Performance. Materials 2021, 14, 6913
Z Murcinková, P Adamcík, J Živcák - 2021 - academia.edu
In this paper, we report the results of an experimental study of a re-design approach using
filling polymers and particulate composites with a polymer matrix, thus creating a
macroscopic hybrid structure. The re-design is focused on the joint of a textile machine. It is
a re-design of already existing machine parts of a joint in order to increase the damping of
components, reduce the amplitudes of high-frequency vibrations and acoustic emission for
high-speed operation of textile rotors, and to compare individual structural modifications of …
filling polymers and particulate composites with a polymer matrix, thus creating a
macroscopic hybrid structure. The re-design is focused on the joint of a textile machine. It is
a re-design of already existing machine parts of a joint in order to increase the damping of
components, reduce the amplitudes of high-frequency vibrations and acoustic emission for
high-speed operation of textile rotors, and to compare individual structural modifications of …
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