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High-efficiency smooth-surface high-chatter-stability machining of thin plates with novel face-milling cutter geometry

Masatoshi Itoh, Takehiro Hayasaka, Eiji Shamoto

2020Precision Engineering19 citationsDOI

Topics & Concepts

MachiningFace (sociological concept)Surface (topology)Stability (learning theory)RADIUSGeometrySmoothnessMilling cutterFlexibility (engineering)Mechanical engineeringStructural engineeringMaterials scienceEngineeringComputer scienceMathematicsMathematical analysisSocial scienceComputer securitySociologyMachine learningStatisticsAdvanced machining processes and optimizationAdvanced Surface Polishing TechniquesAdvanced Machining and Optimization Techniques
High-efficiency smooth-surface high-chatter-stability machining of thin plates with novel face-milling cutter geometry | Litcius