Abstract
With the unique function of simulating a combined environment of high static fields and shaking load, centrifugal shakers can provide an effective and advanced testing method to dynamic characteristics and failure mechanism of reduced scale structure models and materials. Their construction has begun both at home and abroad, whereas waveform distortion and instability often happen to the perfect shakers after installed on a centrifuge in the process of their construction. The knowledge about this phenomenon is difficult to find and systems theory is absolutely blank. Practically the construction of centrifugal shakers is still in an exploratory stage. This paper analyses coupling control of shakers on a centrifuge in three aspects of installation method, bucket deformation and arm deformation. Simultaneously corresponding analytical models is also established, aim to guide theory study and equipment design.
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