| Description |
ix, 72 leaves : illustrations ; 28 cm. |
| Summary |
"The objective of this thesis is to use the spindle speed variation (SSV) technique to suppress chatter in a two-tool parallel turning operation system. It starts from modeling a single-tool turning operations in spindle speed variation machining, and the analytical approach will be used and validated through time-domain simulations. The comparison between SSV machining and constant spindle speed (CSS) machining will reveal the advantage of SVV. The analytical method is then extended two-tool turning operations where the interaction between the two tools is due to part deflection. Time-domain simulations are also used to verify the analytical approach for the two-tool system"--Abstract, leaf iii. |
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