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An Integrated Approach to the Improvement of Stability Lobes
Mohan, Sekar,Jonnalagadda, Srinivas,Kang, Nam-Cheol,Yang, Seung-Han Korean Society for Precision Engineering 2008 International Journal of Precision Engineering and Vol.9 No.4
Redundant spurious loops and overlapping segments in stability lobe diagrams cannot be removed easily by regular methods. A programmatic approach is presented to detect multiple spurious loops occurring within the lobes. They are identified by reorganizing the numerical lobe data into speed-depth corners for subsequent removal. The same principle is then extended to remove overlapping segments of adjacent lobes to obtain a final continuous stability map. Unlike existing methods, the proposed methodology requires no interface with additional editing software, and can also yield stability lobe diagrams more quickly. The methodology is presented with lobe diagrams constructed using milling and turning models.
An Integrated Approach to the Improvement of Stability Lobes
Sekar Mohan,Srinivas Jonnalagadda,Namcheol Kang,Seung-Han Yang 한국정밀공학회 2008 International Journal of Precision Engineering and Vol.9 No.4
Redundant spurious loops and overlapping segments in stability lobe diagrams cannot be removed easily by regular methods. A programmatic approach is presented to detect multiple spurious loops occurring within the lobes. They are identified by reorganizing the numerical lobe data into speed-depth corners for subsequent removal. The same principle is then extended to remove overlapping segments of adjacent lobes to obtain a final continuous stability map. Unlike existing methods, the proposed methodology requires no interface with additional editing software, and can also yield stability lobe diagrams more quickly. The methodology is presented with lobe diagrams constructed using milling and turning models.