rus
Issue #5/2023
V.P.Mikhailov, A.A.Kopylov
PLATFORM FOR ACTIVE VIBRATION ISOLATION OF NANOTECHNOLOGICAL EQUIPMENT
PLATFORM FOR ACTIVE VIBRATION ISOLATION OF NANOTECHNOLOGICAL EQUIPMENT
DOI: https://doi.org/10.22184/1993-8578.2023.16.5.282.287
The results of mathematical modeling of the active damper automatic control system based on a magnetorheodogical elastomer in the Simulink MATLAB environment are given. The results of experimental studies of the platform are presented and the transmission coefficients of the amplitude of vibration displacements in the low-frequency range are determined.
Tags: active vibration isolation automatic control magnetorheological elastomers автоматическое регулирование активная виброизоляция магнитореологические эластомеры
Subscribe to the journal Nanoindustry to read the full article.
The results of mathematical modeling of the active damper automatic control system based on a magnetorheodogical elastomer in the Simulink MATLAB environment are given. The results of experimental studies of the platform are presented and the transmission coefficients of the amplitude of vibration displacements in the low-frequency range are determined.
Tags: active vibration isolation automatic control magnetorheological elastomers автоматическое регулирование активная виброизоляция магнитореологические эластомеры
Subscribe to the journal Nanoindustry to read the full article.
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