Study on Kinematic Features of CNC Machine Based on Multi-Body System Theory with Error Modeling

Er Bao Peng; Yu Hua Zhang; Hong Ying Wang

doi:10.4028/www.scientific.net/AMR.676.149

Paper Titles

Study the Stability of Bending-Torsional Coupled Vibration of a Rotor System with a Crack and Variable Perturbation Method
p.130

Study on Residual Stress and Numerical Simulation Technology of Welding to Thick Structure Construction
p.136

Research on the Stability of a Rotor System Based on Mechanics Properties with Application of Floquet Theory
p.141

Study on Stress Strain in UG-Based Fatigue Analysis of Piston Pin
p.145

Study on Kinematic Features of CNC Machine Based on Multi-Body System Theory with Error Modeling
p.149

Study on the Characteristics of the Hull Vibration Caused by the Shaft Surface Roughness
p.153

Research on Photocatalytic Degradation Kinetics of S-Doped TiO₂ to Phenol
p.158

Mechanics and Pretreatment Research of Vibration Signals for the Numerical Control Machine
p.162

Mechanics Study on the Leaning-Type Arch Bridge during the Construction Process Based on Building Materials
p.166

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 676Study on Kinematic Features of CNC Machine Based...

Study on Kinematic Features of CNC Machine Based on Multi-Body System Theory with Error Modeling

Abstract:

CNC machine, especially CNC milling machine, is the main production equipment in the industries of mechanics, iron and steel, automobile manufacturing and so on. However, the errors are the main constraints to the processing quality and the precision measurement of CNC machine. Based on the multi-body system theory, the article models the error of Siemens CNC milling machine and kinematic. In terms of the analysis of the error model, it is argued that the processing precision of CNC milling machine can be improved through controlling and compensating the error in the process of installation and manufacturing.