Shaping Movement Analysis and Simulation of Ballscrew Manufactured by Cold Rolling

Feng Kui Cui; Xuan Jing He; Chun Mei Li; Yan Li; Zhi Ren Han

doi:10.4028/www.scientific.net/AMR.97-101.4032

Paper Titles

Rapid Fabrication of Micro-Gear via Vacuum Casting Technique of Silicone Rubber Mould
p.4016

Study on Fiber Laser Single Melting Track During Selective Laser Forming
p.4020

Microstructure and Performance Characteristics of Parts Produced via GMAW Surfacing Rapid Forming
p.4024

Experimental Research of Process Parameters in Metal Droplet Deposition Manufacturing
p.4028

Shaping Movement Analysis and Simulation of Ballscrew Manufactured by Cold Rolling
p.4032

Research on Patternless Casting CNC Manufacturing Technology and Development of the Equipment
p.4036

Process Research on the Laser Rapid Manufacturing Technology
p.4042

Research and Application on Reverse Design of Complicated Petroleum Aiguille
p.4046

Dual-Phase Materials Extrusion Process for Rapid Fabrication of Ceramic Dental Crown
p.4050

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 97-101Shaping Movement Analysis and Simulation of...

Shaping Movement Analysis and Simulation of Ballscrew Manufactured by Cold Rolling

Abstract:

According to the kinematics theory of part surface forming motion and engagement principle, shaping movement of ballscrew manufactured by cold rolling has been investigated. The motion relationship and mathematical model of ballscrew have been built. By means of ADAMS and MATLAB the motion simulation and numerical calculation of cold rolling have been done. From analysis results, motion relationships between roller and workpiece and forming principle of cold rolling have been revealed. These studies will provide quantitative basis for technologic research of cold rolling and promote the study of ballscrew’s cold rolling forming mechanism.