Modeling and evaluation of uncertainties constitute indeed one of the key points when making
any decision. For this, designers have to compare the measured or calculated value with
a range of permissible values in order to obtain a guaranteed design process. Thus, in this
work, simulation of the dynamic behavior of an electromagnetic spindle was done based on
the interval computation technique. Indeed, the use of this technique makes it possible to obtain
a set of values for different design parameters of the spindle and, consequently, to avoid
making several simulations which could make the system useless, expensive or ineffective.
The proposed model is based on the combination of Matlab with ModelCenter. Matlab was
used to model and simulate the system and ModelCenter to perform parametric studies to
verify the influences of uncertainty on the dynamic behavior of the electromagnetic spindle
and to determine the optimal design parameters.
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