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Abstract:
The idea
of finite segment modeling with Gauss minimum constraint theory is
applied, a nonlinear mathematical model is founded with the method of
multi-flexible body analysis, which studies the movement coupling of
centrifugal arm and vibrator environment testing in centrifuge-vibration
compound, some useful conclusions are obtained by numerical simulation,
and theoretical foundation is provided for the design of vibration
absorber and system control in compound environment..
Key words:
Compound
environment Multi-flexible body Finite segment
Coupling Mathematical model
CLC No: TH113
国家自然科学基金和中国工程物理研究院院外基金资助项目. Received 20000612,
received in revised form 20001105
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