Research on Dynamic Performance of Milling System for Parallel Indexing Cam Contour Milling

Pei Quan Guo; Shou Ren Wang; Jin Ping Shi; N. Fan; W. Wang

doi:10.4028/www.scientific.net/KEM.392-394.156

Paper Titles

Transformation of Force-Linear Displacement and Moment-Angular Displacement on Different Measurement of Spring-Tubes Stiffness
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Study on Measurement of Melting Process of Molten Pool Formed by Laser Scanning Mirror
p.141

Experimental Study on the Big Nano-Ceramic Plates under Two-Dimensional Ultrasonic Polishing
p.146

Motion Analysis and Simulation of Complex Curved Surface WEDM System
p.151

Research on Dynamic Performance of Milling System for Parallel Indexing Cam Contour Milling
p.156

CAD Application on Manufacture of Forming Shoulder for Packaging Machines
p.161

Research on Electrode Wear Prediction and Compensation On-Line Technology for Micro EDM Application
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Study on Preparation and Properties of Environment-Friendly Cutting Fluid
p.172

Research on Ontology-Based Knowledge Acquisition and Reuse for Fixture Design
p.177

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Research on Dynamic Performance of Milling System for Parallel Indexing Cam Contour Milling

Abstract:

Cutting force model for flat end milling and dynamic model of cam milling system were established based on the analysis of machining system for parallel indexing cam contour milling. Solution for dynamic performance of this kind of milling system has been introduced. A system, consisting of NC milling machine SK1632K3, tooling and workpiece, has been taken as example to analyze how cutting speed, feeding, or processing redundancy influence the dynamic performance of machining system. Furthermore, milling error of cam contour has been evaluated corresponding to different machining parameters. Simulation and analysis results are very close to practical manufacturing situation.