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VPVHC milling stability: Systematic modeling, parameter calibration, and factor analysis
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DOI：10.1016/j.ijmecsci.2026.111951.png)
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Abstract
En 中文
• A VPVHC milling stability model systematically considering cutting-edge differences and runout effects is estimated. • Edge difference of VPVHC leads to uneven geometric angles, kinematic radii, CFCs and dynamic delays. • The combined use of LSM and ridge regression mitigated multicollinearity in edge-dependent CFCs calibration. • A force lobe area maximization principle is designed for phase synchronization during the calibration. • Experimental results demonstrate that an appropriate ridge coefficient can ensure the accuracy of SLD prediction. .
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