Post Processing Algorithm of Ultrasonic-Magnetorheological Combined Finishing for Aspheric Surfaces

Fei Hu Zhang; Xing Bin Yu; Yong Zhang

doi:10.4028/www.scientific.net/AMR.135.116

Paper Titles

Statistical Analysis of Cutting Forces in Turning Inconel 718 with Coated Carbide Tools
p.96

The Research of the Logarithmic Spiral Axis and NC Machining
p.102

Mechanism Research on Cylinder Liner Groove of the Ultrasonic Plateau-Honing
p.107

Improving the Precision of Gear Honing with External Honing Ring Using Diamond Dressing Gear
p.111

Post Processing Algorithm of Ultrasonic-Magnetorheological Combined Finishing for Aspheric Surfaces
p.116

Investigation into the Process of Selective Laser Melting Rapid Prototyping Manufacturing for Space-Curve-Meshing-Wheel
p.122

The Relationship between the Distribution Characteristics of Cutting Speed at the Contact-Point and the Surface Quality of Gear Teeth
p.128

Fabrication of Micro Aspheric Mould Integrated Ultra-Precision Grinding and Magnetorheological Finishing
p.134

Study on Contact Friction between Polishing Disk and Workpiece during Face Polishing with ANSYS
p.139

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 135Post Processing Algorithm of...

Post Processing Algorithm of Ultrasonic-Magnetorheological Combined Finishing for Aspheric Surfaces

Abstract:

Ultrasonic-magnetorheological combined (UMC) finishing is a new technique for the ultra precision machining of aspheric surfaces, especially for high quality workpieces with small-radius concave surfaces or freeform surfaces. The characteristic of UMC finishing is discussed, and an experimental equipment for UMC finishing with 5 axes is developed. According to requirements of deterministic removal in UMC finishing and the experimental equipment, post processing algorithm for aspheric surfaces is researched. The derivation process and computer simulation result of the algorithm is presented. The error analysis is conducted and the error control method is also proposed. A series of experiments have been conducted, and experimental results show that high quality surfaces can be achieved by the post processing algorithm.

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Periodical:

Advanced Materials Research (Volume 135)

Pages:

116-121

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.135.116

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Online since:

October 2010

Authors:

Fei Hu Zhang, Xing Bin Yu, Yong Zhang

Keywords:

Error Analysis, Experimental Equipment for UMC Finishing, Post Processing Algorithm, Ultrasonic-Magnetorheological Combined Finishing

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