Micromechanical gyroscope finite-element analysis

Mechanical analysis by method of finite-element analysis of the construction of two-component micromechanical gyroscope is explored. 3D geometric model and finite-element model of the gyroscope are made. Natural frequencies and mode shapes of the gyroscope are determined. Parameters ensuring resonan...

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Published in:IEEE aerospace and electronic systems magazine 2008-09, Vol.23 (9), p.28-30
Main Authors: Nesterenko, T.G., Plotnikova, I.V., Plotnikov, I.A., Lysova, O.M., Zhaldybin, L.D.
Format: Magazinearticle
Language:English
Subjects:
Aircraft components
Construction
Electronic systems
Finite element method
Finite element methods
Frequency
Geometry
Gyroscopes
Mathematical analysis
Mathematical models
Micromechanical devices
Modal analysis
Resonance
Shape
Solid modeling
Tuning
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container_title IEEE aerospace and electronic systems magazine
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creator Nesterenko, T.G.
Plotnikova, I.V.
Plotnikov, I.A.
Lysova, O.M.
Zhaldybin, L.D.
description Mechanical analysis by method of finite-element analysis of the construction of two-component micromechanical gyroscope is explored. 3D geometric model and finite-element model of the gyroscope are made. Natural frequencies and mode shapes of the gyroscope are determined. Parameters ensuring resonance tuning are realized. The choice of the most appropriate variant of construction takes place by realizing of modal analysis and varing of sensor's geometry. Deformations of device construction elements determined at maximum of the measured velocity.
doi_str_mv 10.1109/MAES.2008.4635068
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subjects Aircraft components
Construction
Electronic systems
Finite element method
Finite element methods
Frequency
Geometry
Gyroscopes
Mathematical analysis
Mathematical models
Micromechanical devices
Modal analysis
Resonance
Shape
Solid modeling
Tuning
title Micromechanical gyroscope finite-element analysis
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