Abstract
A methodology of experimental identification of machine tool spindle assembly behaviour has been developed at the Institute for Production Engineering in Novi Sad. The methodology allows analysis of the spindle assembly in terms of static, dynamic and thermal behaviour. This methodology is applied to high-speed machine tool spindle assembly analysis. To increase reliability of experimental results, the methodology is combined with computer aided modeling of static and dynamic behaviour, using software packages based on the finite elements method (l-DEAS, ALGOR, SAP-90, VRETENO). Special attention has been paid to the influence of the used bearing arrangement on the spindle assembly behaviour.
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