Test Research on Grinding Performance of the New Grinding Fluid in Power Ultrasonic Honing

Xi Jing Zhu; Zhi Meng Lu; X.D. Sun; Hang Gao

doi:10.4028/www.scientific.net/AMR.69-70.238

Paper Titles

Electrochemical Micro Machining of Stainless Steel with Voltage Pulses
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Study on Semi-Fixed Abrasive Lapping of Ultra-Thin Silver Electrode Layer
p.225

Fabrication of Micro-Structures by Micro-ECM
p.229

Study of Good Yield and Efficiency in TFT-LCD Module Process
p.234

Test Research on Grinding Performance of the New Grinding Fluid in Power Ultrasonic Honing
p.238

Experimental Research on UV Laser and High-Pressure Water-Assisted YAG Laser Dicing SiC Wafer
p.243

Cathode Design of Aero-Engine Blades in Electrochemical Machining Based on Characteristics of Gap Distribution
p.248

Observation in the Surface Roughness of Silicon Wafer during Semi-Fixed Abrasive Machining with Large Grains
p.253

Optimization Design of Electrical and Magnetic Characteristics of an Ultra-Precision Machine Tool Motorized Spindle
p.258

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Test Research on Grinding Performance of the New Grinding Fluid in Power Ultrasonic Honing

Abstract:

Grinding fluid has an important effect in processing work piece, so in view of the new grinding fluid, a large number of tests have been taken in the application of the power ultrasonic vibration honing. The massive experimental study, separated from the work piece’s surface roughness, the work piece’s surface rubbed deterioration layer and the influence to the processing characteristic with different density of the new grinding fluid and so on, discussed the adaptability of the new grinding fluid in power ultrasonic vibration honing processing. The research has been indicated that although the new grinding fluid does not surpass the traditional working fluid, such as emulsion and liquor, in cooling performance, it has a better lubricating property and has the obvious superiority in the working accuracy and the oilstone’s length of life. Therefore the new self-developed grinding fluid is suitable for the power ultrasonic honing processing.