Performance Analysis for Spindle System of Special Friction Welder Machine Based on ROMAX Software

Rui Cheng Feng; Tao Chen; Hai Yan Li; Zhi Yuan Rui; Guo Tao Zhang

doi:10.4028/www.scientific.net/AMR.971-973.899

Paper Titles

Design of Enclosure Assembly for Q450 Pellet Molding Machine Based on Solidworks
p.881

Finite Element Analysis of Leakage about Metallic Sealing Ring Used in Aircraft Engine
p.885

Influences of Welding Residual Stresses on Performance of Steel Structures and Methods for their Elimination
p.889

Overview of the Status of Research on the Behavior of Beam-Column End Plate Connection Joints of Steel Frame
p.893

Performance Analysis for Spindle System of Special Friction Welder Machine Based on ROMAX Software
p.899

Research and Application of Compound Lever Iron Plate Shears
p.903

Research Status of Seawater Desalination System
p.907

Self-Diagnosing and Warning System of Wind-Induced Damage for Large-Span Spatial Steel Structure
p.911

Simulation of Liquid Meniscus and Microdrop Formation of a Capillary Gripper for Microparts Transfer
p.915

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 971-973Performance Analysis for Spindle System of Special...

Performance Analysis for Spindle System of Special Friction Welder Machine Based on ROMAX Software

Abstract:

This paper focus on the spindle system of special friction welder machine with conductive device made up of aluminum electrolytic prebaked anode. The ROMAX software is employed to analyze the spindle system, and the spindle axial force and displacement, radial displacement, and natural frequency are obtained by the analysis. The reasonable result can be got by analyzing the corresponding results, respectively. Thereby, the gist to improve the fiction welder is attained.